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10 (number of bags John had) +10 (number sister gave to him)=20 Number he had in total Solution 10 (number of bags John had) +10 (number sister gave to him)=20 Number he had in total.
10 (number of bags John had) +10 (number sister gave to him)=20 Numb.pdf
10 (number of bags John had) +10 (number sister gave to him)=20 Numb.pdf
apjewellers
1. Meninges- it consist of durameter arachnoid and piameter. Piameter is innermost. 2. choroid plexusproduce cerebrospinal fluid. It acts as a cushion for the brain\'s cortex and spinal chord and also act as blood brain barrier. 3. corpus callosum, which helps in communication between the right and left brain hemispheres, is present only in placental mammals. 4.The brainstem connects to the spinal cord and consists of the medulla oblongata, pons and midbrain. 5. external ear is called Auricle or pinna 6. Three bones in the middle ear (tympanic cavity): the hammer (malleus), the anvil (incus) and the stirrup (stapes). The vibrations are transmitted further into the ear via them. 7. An organ in our inner ear, the labyrinth, is important for our equilibrium. 8. Vitreous humour is the transparent jelly-like tissue filling the eyeball between the lens and retina. It protects retina. 9. three layes of eye : fibrous tunic (the outer layer of the eyeball), vascular tunic and nervous tunic. 10. Extraocular muscles Solution 1. Meninges- it consist of durameter arachnoid and piameter. Piameter is innermost. 2. choroid plexusproduce cerebrospinal fluid. It acts as a cushion for the brain\'s cortex and spinal chord and also act as blood brain barrier. 3. corpus callosum, which helps in communication between the right and left brain hemispheres, is present only in placental mammals. 4.The brainstem connects to the spinal cord and consists of the medulla oblongata, pons and midbrain. 5. external ear is called Auricle or pinna 6. Three bones in the middle ear (tympanic cavity): the hammer (malleus), the anvil (incus) and the stirrup (stapes). The vibrations are transmitted further into the ear via them. 7. An organ in our inner ear, the labyrinth, is important for our equilibrium. 8. Vitreous humour is the transparent jelly-like tissue filling the eyeball between the lens and retina. It protects retina. 9. three layes of eye : fibrous tunic (the outer layer of the eyeball), vascular tunic and nervous tunic. 10. Extraocular muscles.
1. Meninges- it consist of durameter arachnoid and piameter. Piamete.pdf
1. Meninges- it consist of durameter arachnoid and piameter. Piamete.pdf
apjewellers
1. B is correct. 2. A is correct. Solution 1. B is correct. 2. A is correct..
1. B is correct.2. A is correct.Solution1. B is correct.2..pdf
1. B is correct.2. A is correct.Solution1. B is correct.2..pdf
apjewellers
This should mean you want your base to have a pH of 13.5. I don\'t know what material you are starting with but lets say its a base then you know: pOH = 14-pH = 0.5 Thus, pOH = -log[OH-] [OH-] = 10^-0.5 And you know concentration is expressed in mol/L so you can easily calculate volume consequently. Please don\'t forget to rate, good luck studying! Solution This should mean you want your base to have a pH of 13.5. I don\'t know what material you are starting with but lets say its a base then you know: pOH = 14-pH = 0.5 Thus, pOH = -log[OH-] [OH-] = 10^-0.5 And you know concentration is expressed in mol/L so you can easily calculate volume consequently. Please don\'t forget to rate, good luck studying!.
This should mean you want your base to have a pH .pdf
This should mean you want your base to have a pH .pdf
apjewellers
Solvent: Ethanol Solute: Sucrose Solution Solvent: Ethanol Solute: Sucrose.
Solvent Ethanol Solute Sucrose .pdf
Solvent Ethanol Solute Sucrose .pdf
apjewellers
Tea is boiled with water so that water soluble compounds would be extracted from dry tea leaves!! Solution Tea is boiled with water so that water soluble compounds would be extracted from dry tea leaves!!.
Tea is boiled with water so that water soluble co.pdf
Tea is boiled with water so that water soluble co.pdf
apjewellers
Step1 Half life of C14 = 5720 years ;Rate constant = [.6931/5720] Step2 Initial concentration is proportional to 1430 and final concentration is proportional to 452. Step3 t = [2.303 x5720/.6931] log[1430/452] years Solution Step1 Half life of C14 = 5720 years ;Rate constant = [.6931/5720] Step2 Initial concentration is proportional to 1430 and final concentration is proportional to 452. Step3 t = [2.303 x5720/.6931] log[1430/452] years.
Step1 Half life of C14 = 5720 years ;Rate constan.pdf
Step1 Half life of C14 = 5720 years ;Rate constan.pdf
apjewellers
last updated Friday, August 14, 2009 Introduction Thin-layer chromatography (TLC) is a very commonly used technique in synthetic chemistry for identifying compounds, determining their purity and following the progress of a reaction. It also permits the optimization of the solvent system for a given separation problem. In comparison with column chromatography, it only requires small quantities of the compound (~ng) and is much faster as well. Stationary Phase As stationary phase, a special finely ground matrix (silica gel, alumina, or similar material) is coated on a glass plate, a metal or a plastic film as a thin layer (~0.25 mm). In addition a binder like gypsum is mixed into the stationary phase to make it stick better to the slide. In many cases, a fluorescent powder is mixed into the stationary phase to simplify the visualization later on (e.g. bright green when you expose it to 254 nm UV light). Preparing the Plate Do not touch the TLC plate on the side with the white surface. In order to obtain an imaginary start line, make two notches on each side of the TLC plate. You can also draw a thin line with pencil. Do not use pen. Why? The start line should be 0.5-1 cm from the bottom of the plate. Capillary spotters Place a melting point capillary and in the dark blue part of the Bunsen burner flame. Hold it there until it softens and starts to sag. Quickly remove the capillary from the flame and pull on both ends to about 2-3 times its original length. If you pull the capillary inside the flame, you will have a \"piece of art\", but not a good spotter. Allow the capillary to cool down, and then break it in the middle. Make sure that you break off the closed end on one of them. Do not use gloves when you pull capillaries. You will have much better control without them! Watch movie how to pull capillaries here here Spotting the plate The thin end of the spotter is placed in the dilute solution; the solution will rise up in the capillary (capillary forces). Touch the plate briefly at the start line. Allow the solvent to evaporate and spot at the same place again. This way you will get a concentrated and small spot. Try to avoid spotting too much material, because this will deteriorate the quality of the separation considerably (‘tailing’). The spots should be far enough away from the edges and from each other as well. If possible, you should spot the compound or mixture together with the starting materials and possible intermediates on the plate. They will serve as internal reference since every TLC plate is slightly different. Developing a Plate A TLC plate can be developed in a beaker or closed jar (see picture below). Place a small amount of solvent (= mobile phase) in the container. The solvent level has to be below the starting line of the TLC, otherwise the spots will dissolve away. The lower edge of the plate is then dipped in a solvent. The solvent (eluent) travels up the matrix by capillarity, moving the components of the samples at v.
last updated Friday, August 14, 2009 Introductio.pdf
last updated Friday, August 14, 2009 Introductio.pdf
apjewellers
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10 (number of bags John had) +10 (number sister gave to him)=20 Number he had in total Solution 10 (number of bags John had) +10 (number sister gave to him)=20 Number he had in total.
10 (number of bags John had) +10 (number sister gave to him)=20 Numb.pdf
10 (number of bags John had) +10 (number sister gave to him)=20 Numb.pdf
apjewellers
1. Meninges- it consist of durameter arachnoid and piameter. Piameter is innermost. 2. choroid plexusproduce cerebrospinal fluid. It acts as a cushion for the brain\'s cortex and spinal chord and also act as blood brain barrier. 3. corpus callosum, which helps in communication between the right and left brain hemispheres, is present only in placental mammals. 4.The brainstem connects to the spinal cord and consists of the medulla oblongata, pons and midbrain. 5. external ear is called Auricle or pinna 6. Three bones in the middle ear (tympanic cavity): the hammer (malleus), the anvil (incus) and the stirrup (stapes). The vibrations are transmitted further into the ear via them. 7. An organ in our inner ear, the labyrinth, is important for our equilibrium. 8. Vitreous humour is the transparent jelly-like tissue filling the eyeball between the lens and retina. It protects retina. 9. three layes of eye : fibrous tunic (the outer layer of the eyeball), vascular tunic and nervous tunic. 10. Extraocular muscles Solution 1. Meninges- it consist of durameter arachnoid and piameter. Piameter is innermost. 2. choroid plexusproduce cerebrospinal fluid. It acts as a cushion for the brain\'s cortex and spinal chord and also act as blood brain barrier. 3. corpus callosum, which helps in communication between the right and left brain hemispheres, is present only in placental mammals. 4.The brainstem connects to the spinal cord and consists of the medulla oblongata, pons and midbrain. 5. external ear is called Auricle or pinna 6. Three bones in the middle ear (tympanic cavity): the hammer (malleus), the anvil (incus) and the stirrup (stapes). The vibrations are transmitted further into the ear via them. 7. An organ in our inner ear, the labyrinth, is important for our equilibrium. 8. Vitreous humour is the transparent jelly-like tissue filling the eyeball between the lens and retina. It protects retina. 9. three layes of eye : fibrous tunic (the outer layer of the eyeball), vascular tunic and nervous tunic. 10. Extraocular muscles.
1. Meninges- it consist of durameter arachnoid and piameter. Piamete.pdf
1. Meninges- it consist of durameter arachnoid and piameter. Piamete.pdf
apjewellers
1. B is correct. 2. A is correct. Solution 1. B is correct. 2. A is correct..
1. B is correct.2. A is correct.Solution1. B is correct.2..pdf
1. B is correct.2. A is correct.Solution1. B is correct.2..pdf
apjewellers
This should mean you want your base to have a pH of 13.5. I don\'t know what material you are starting with but lets say its a base then you know: pOH = 14-pH = 0.5 Thus, pOH = -log[OH-] [OH-] = 10^-0.5 And you know concentration is expressed in mol/L so you can easily calculate volume consequently. Please don\'t forget to rate, good luck studying! Solution This should mean you want your base to have a pH of 13.5. I don\'t know what material you are starting with but lets say its a base then you know: pOH = 14-pH = 0.5 Thus, pOH = -log[OH-] [OH-] = 10^-0.5 And you know concentration is expressed in mol/L so you can easily calculate volume consequently. Please don\'t forget to rate, good luck studying!.
This should mean you want your base to have a pH .pdf
This should mean you want your base to have a pH .pdf
apjewellers
Solvent: Ethanol Solute: Sucrose Solution Solvent: Ethanol Solute: Sucrose.
Solvent Ethanol Solute Sucrose .pdf
Solvent Ethanol Solute Sucrose .pdf
apjewellers
Tea is boiled with water so that water soluble compounds would be extracted from dry tea leaves!! Solution Tea is boiled with water so that water soluble compounds would be extracted from dry tea leaves!!.
Tea is boiled with water so that water soluble co.pdf
Tea is boiled with water so that water soluble co.pdf
apjewellers
Step1 Half life of C14 = 5720 years ;Rate constant = [.6931/5720] Step2 Initial concentration is proportional to 1430 and final concentration is proportional to 452. Step3 t = [2.303 x5720/.6931] log[1430/452] years Solution Step1 Half life of C14 = 5720 years ;Rate constant = [.6931/5720] Step2 Initial concentration is proportional to 1430 and final concentration is proportional to 452. Step3 t = [2.303 x5720/.6931] log[1430/452] years.
Step1 Half life of C14 = 5720 years ;Rate constan.pdf
Step1 Half life of C14 = 5720 years ;Rate constan.pdf
apjewellers
last updated Friday, August 14, 2009 Introduction Thin-layer chromatography (TLC) is a very commonly used technique in synthetic chemistry for identifying compounds, determining their purity and following the progress of a reaction. It also permits the optimization of the solvent system for a given separation problem. In comparison with column chromatography, it only requires small quantities of the compound (~ng) and is much faster as well. Stationary Phase As stationary phase, a special finely ground matrix (silica gel, alumina, or similar material) is coated on a glass plate, a metal or a plastic film as a thin layer (~0.25 mm). In addition a binder like gypsum is mixed into the stationary phase to make it stick better to the slide. In many cases, a fluorescent powder is mixed into the stationary phase to simplify the visualization later on (e.g. bright green when you expose it to 254 nm UV light). Preparing the Plate Do not touch the TLC plate on the side with the white surface. In order to obtain an imaginary start line, make two notches on each side of the TLC plate. You can also draw a thin line with pencil. Do not use pen. Why? The start line should be 0.5-1 cm from the bottom of the plate. Capillary spotters Place a melting point capillary and in the dark blue part of the Bunsen burner flame. Hold it there until it softens and starts to sag. Quickly remove the capillary from the flame and pull on both ends to about 2-3 times its original length. If you pull the capillary inside the flame, you will have a \"piece of art\", but not a good spotter. Allow the capillary to cool down, and then break it in the middle. Make sure that you break off the closed end on one of them. Do not use gloves when you pull capillaries. You will have much better control without them! Watch movie how to pull capillaries here here Spotting the plate The thin end of the spotter is placed in the dilute solution; the solution will rise up in the capillary (capillary forces). Touch the plate briefly at the start line. Allow the solvent to evaporate and spot at the same place again. This way you will get a concentrated and small spot. Try to avoid spotting too much material, because this will deteriorate the quality of the separation considerably (‘tailing’). The spots should be far enough away from the edges and from each other as well. If possible, you should spot the compound or mixture together with the starting materials and possible intermediates on the plate. They will serve as internal reference since every TLC plate is slightly different. Developing a Plate A TLC plate can be developed in a beaker or closed jar (see picture below). Place a small amount of solvent (= mobile phase) in the container. The solvent level has to be below the starting line of the TLC, otherwise the spots will dissolve away. The lower edge of the plate is then dipped in a solvent. The solvent (eluent) travels up the matrix by capillarity, moving the components of the samples at v.
last updated Friday, August 14, 2009 Introductio.pdf
last updated Friday, August 14, 2009 Introductio.pdf
apjewellers
if u have calculated the differential equations then i can calculate it...... Solution if u have calculated the differential equations then i can calculate it.......
if u have calculated the differential equations t.pdf
if u have calculated the differential equations t.pdf
apjewellers
Entropy is related to the disorderness in the system therefore, the option d is incorrect. Solution Entropy is related to the disorderness in the system therefore, the option d is incorrect..
Entropy is related to the disorderness in the sys.pdf
Entropy is related to the disorderness in the sys.pdf
apjewellers
Decompression sickness (DCS; also known as divers\' disease, the bends or caisson disease) describes a condition arising from dissolved gases coming out of solution into bubbles inside the body on depressurization. DCS most commonly refers to a specific type of scuba diving hazard but may be experienced in other depressurisation events such as caisson working, flying in unpressurised aircraft, and extra-vehicular activity from spacecraft. Since bubbles can form in or migrate to any part of the body, DCS can produce many symptoms, and its effects may vary from joint pain and rashes to paralysis and death. Individual susceptibility can vary from day to day, and different individuals under the same conditions may be affected differently or not at all. The classification of types of DCS by its symptoms has evolved since its original description over a hundred years ago. Although DCS is not a common event, its potential severity is such that much research has gone into preventing it, and scuba divers use dive tables or dive computers to set limits on their exposure to pressure and their ascent speed. Treatment is by hyperbaric oxygen therapy in a recompression chamber. If treated early, there is a significantly higher chance of successful recovery. The term dysbarism encompasses decompression sickness, arterial gas embolism, and barotrauma, whereas decompression sickness and arterial gas embolism are commonly classified together as decompression illness when a precise diagnosis cannot be made. DCS and arterial gas embolism are treated very similarly because they are both the result of gas bubbles in the body. The U.S. Navy prescribes identical treatment for Type II DCS and arterial gas embolism. Their spectra of symptoms also overlap, although those from arterial gas embolism are generally more severe because they often arise from an infarction (blockage of blood supply and tissue death) DCS is caused by a reduction in ambient pressure that results in the formation of bubbles of inert gases within tissues of the body. It may happen when leaving a high-pressure environment, ascending from depth, or ascending to altitude DCS is best known as a diving disorder that affects divers having breathed gas that is at a higher pressure than the surface pressure, owing to the pressure of the surrounding water. The risk of DCS increases when diving for extended periods or at greater depth, without ascending gradually and making the decompression stops needed to slowly reduce the excess pressure of inert gases dissolved in the body. The specific risk factors are not well understood and some divers may be more susceptible than others under identical conditions. DCS has been confirmed in rare cases of breath-holding divers who have made a sequence of many deep dives with short surface intervals; and it may be the cause of the disease called taravana by South Pacific island natives who for centuries have dived by breath-holding for food and pearls. Two principal f.
Decompression sickness (DCS; also known as divers.pdf
Decompression sickness (DCS; also known as divers.pdf
apjewellers
turnover ratio=Average assets sold by the fund/Average daily assets which is equal to =($413*1,000,000)/($3.5*1,000,000,000) which is equal to =11.8% Solution turnover ratio=Average assets sold by the fund/Average daily assets which is equal to =($413*1,000,000)/($3.5*1,000,000,000) which is equal to =11.8%.
turnover ratio=Average assets sold by the fundAverage daily assets.pdf
turnover ratio=Average assets sold by the fundAverage daily assets.pdf
apjewellers
The correct answer is E. Normal rework common to all jobs is charged to the Work-In-Process Inventory account Solution The correct answer is E. Normal rework common to all jobs is charged to the Work-In-Process Inventory account.
The correct answer isE. Normal rework common to all jobs is charge.pdf
The correct answer isE. Normal rework common to all jobs is charge.pdf
apjewellers
The actual exchange of oxygen for carbon dioxide takes place between the capillaries and the alveoli of the lungs by a process known as diffusion. This is due to a difference in the partial pressure of the gases in these structures. Solution The actual exchange of oxygen for carbon dioxide takes place between the capillaries and the alveoli of the lungs by a process known as diffusion. This is due to a difference in the partial pressure of the gases in these structures..
The actual exchange of oxygen for carbon dioxide takes place between.pdf
The actual exchange of oxygen for carbon dioxide takes place between.pdf
apjewellers
sample mean Solution sample mean.
sample meanSolutionsample mean.pdf
sample meanSolutionsample mean.pdf
apjewellers
pH = 10.21 pOH = 14-10.21=3.79 [OH-] = 10-pOH = 1.622x10-4 M [M2+] = 0.5[OH-] = 8.11x10-5 M Ksp = [M2+][OH-]2 Ksp = 2.133x10-12 Solution pH = 10.21 pOH = 14-10.21=3.79 [OH-] = 10-pOH = 1.622x10-4 M [M2+] = 0.5[OH-] = 8.11x10-5 M Ksp = [M2+][OH-]2 Ksp = 2.133x10-12.
pH = 10.21 pOH = 14-10.21=3.79 [OH-] = 10-pOH = 1.622x10-4 M.pdf
pH = 10.21 pOH = 14-10.21=3.79 [OH-] = 10-pOH = 1.622x10-4 M.pdf
apjewellers
import java.awt.*; class FlowLayoutDemo { public static void main(String[] args) { // frane object creation Frame f=new Frame(); //setting name f.setTitle(\"cruel\"); f.setBackground(Color.cyan); f.setForeground(Color.red); f.setLayout(new FlowLayout(FlowLayout.LEFT)); Button b1=new Button(\"Submit\"); Button b2=new Button(\"Cancel\"); //creating two lables f.add(b1); f.add(b2); //setting size f.setSize(500,300); f.setVisible(car); } } Solution import java.awt.*; class FlowLayoutDemo { public static void main(String[] args) { // frane object creation Frame f=new Frame(); //setting name f.setTitle(\"cruel\"); f.setBackground(Color.cyan); f.setForeground(Color.red); f.setLayout(new FlowLayout(FlowLayout.LEFT)); Button b1=new Button(\"Submit\"); Button b2=new Button(\"Cancel\"); //creating two lables f.add(b1); f.add(b2); //setting size f.setSize(500,300); f.setVisible(car); } }.
import java.awt.;class FlowLayoutDemo { public static void.pdf
import java.awt.;class FlowLayoutDemo { public static void.pdf
apjewellers
It would be O=O Solution It would be O=O.
It would be O=OSolutionIt would be O=O.pdf
It would be O=OSolutionIt would be O=O.pdf
apjewellers
Hedgehog (Hh) signalling in tracheal cell migration : The main chemoattractant involved in tracheal cell migration is fibroblast growth factor (FGF) homologue branchless (Bnl). Bnl activates the FGF receptor (FGFR) breathless (Btl) on the tracheal tip-cells leading to the migration of tracheal cells. Hedegehog (Hh) can regulate tracheal cell migration in two ways, the direct effect and the indirect effect. In the direct effect, Hh expression results in the extension of the termianl cells of the dorsal branch. The indirect effect of Hh in tracheal cell migration is through the positive regulation of bnl expression. The bnl expression is regulated by Hh signalling via a transcription factor known as stripe. Solution Hedgehog (Hh) signalling in tracheal cell migration : The main chemoattractant involved in tracheal cell migration is fibroblast growth factor (FGF) homologue branchless (Bnl). Bnl activates the FGF receptor (FGFR) breathless (Btl) on the tracheal tip-cells leading to the migration of tracheal cells. Hedegehog (Hh) can regulate tracheal cell migration in two ways, the direct effect and the indirect effect. In the direct effect, Hh expression results in the extension of the termianl cells of the dorsal branch. The indirect effect of Hh in tracheal cell migration is through the positive regulation of bnl expression. The bnl expression is regulated by Hh signalling via a transcription factor known as stripe..
Hedgehog (Hh) signalling in tracheal cell migration The main chem.pdf
Hedgehog (Hh) signalling in tracheal cell migration The main chem.pdf
apjewellers
Here in the reaction there is an exchange of 2 electrons Therefore E = E0 - (0.059/2)log((Mn2+)/(H+)^2) 0.511 = 0 + 0.0295*log([H+]^2/[Mn2+]) 17.322 = log([H+]^2/1 Therfore [H+] = 4.58*10^8 pH = -log[H+] = 8.66 Solution Here in the reaction there is an exchange of 2 electrons Therefore E = E0 - (0.059/2)log((Mn2+)/(H+)^2) 0.511 = 0 + 0.0295*log([H+]^2/[Mn2+]) 17.322 = log([H+]^2/1 Therfore [H+] = 4.58*10^8 pH = -log[H+] = 8.66.
Here in the reaction there is an exchange of 2 electronsTherefore.pdf
Here in the reaction there is an exchange of 2 electronsTherefore.pdf
apjewellers
First come first serve scheduling algorithm (FCFS) is the process that request the CPU to allocate the resources on the first come priority basis.the Implementation of the first come first serve scheduling algorithm (FCFS) policy is easily managed with fifo(First in First out) queue.when a process enters into the ready queue ,its address is linked onto the tail of the queue. When the CPU is free it is allocated to the process at the head of the queue. The running process is then removed from the queue.the code for first come first serve scheduling algorithm (FCFS) is simple to write and Understand.The First come first serve scheduling algorithm (FCFS) in non preemptive.The first come first serve scheduling algorithm (FCFS) have a drawback for time sharing systems. first come first serve scheduling algorithm Program [Non-Preemptive]: import java.io.*; class fcfs { public static void main(String args[]) throws Exception { int n, AT[], BT[], WT[], TAT[];//Burst Time,Average Time,Wait Time float AWT = 0; InputStreamReader isr = new InputStreamReader(System.in); BufferedReader br = new BufferedReader(isr); System.out.println(“Enter no of process”); n = Integer.parseInt(br.readLine()); BT = new int[n]; WT = new int[n]; TAT = new int[n]; AT = new int[n]; System.out.println(“Enter Burst time for each process\ ******************************”); for (int i = 0; i < n; i++) { System.out.println(“Enter BT for process ” + (i + 1)); BT[i] = Integer.parseInt(br.readLine()); } System.out.println(“***********************************************”); for (int i = 0; i < n; i++) { System.out.println(“Enter AT for process” + i); AT[i] = Integer.parseInt(br.readLine()); } System.out.println(“***********************************************”); WT[0] = 0; for (int i = 1; i < n; i++) { WT[i] = WT[i – 1] + BT[i – 1]; WT[i] = WT[i] – AT[i]; } for (int i = 0; i < n; i++) { TAT[i] = WT[i] + BT[i]; AWT = AWT + WT[i]; } System.out.println(” PROCESS BT WT TAT “); for (int i = 0; i < n; i++) { System.out.println(” ” + i + ” ” + BT[i] + ” ” + WT[i] + ” ” + TAT[i]); } AWT = AWT / n; System.out.println(“***********************************************”); System.out.println(“Avg waiting time=” + AWT + “\ ***********************************************”); } } Shortest job first - A different approach to CPU scheduling is SJF shortest job first scheduling algorithm.This associates with each process the length of the latter next CPU burst.When the CPU is available it is assigned to the process that has the smallest next CPU burst.if two processes have same length next CPU burst,FCFS scheduling is used to break the tie.Note that a more appropriate term would be the shortest next CPU burst ,because the scheduling is done by examining the length of the next CPU burst because the scheduling is done by examining the length of the next CPU burst of a process,rather than its total length.The real difficulty in SJF shortest job first scheduling algorithm is knowing the length of the next proce.
First come first serve scheduling algorithm (FCFS) is the process th.pdf
First come first serve scheduling algorithm (FCFS) is the process th.pdf
apjewellers
E) Cash flow statement identifies a firm\'s sources and uses of cash in a given accounting period Solution E) Cash flow statement identifies a firm\'s sources and uses of cash in a given accounting period.
E) Cash flow statement identifies a firms sources and uses of cash.pdf
E) Cash flow statement identifies a firms sources and uses of cash.pdf
apjewellers
Defenders of the Confederate flag say there is nothing inherently controversial or racist about it. It was adopted by the Confederate armies because the official Confederate national flag, the “stars and bars”, looked too much like the Union’s stars and stripes, and Confederate troops were killed by friendly fire in the smoke and confusion of battle. Its design was based on the cross of St Andrew, featuring in the Scottish and United Kingdom flags. But what the Confederate flag means to most black Americans today, and to millions of their countrymen, is all too plain. The designer of Georgia’s 1956 flag was an explicit segregationist. The state legislature voted for the new flag after Denmark Groover, a state lawmaker, said it was created to “serve notice that we intend to uphold what we stood for, will stand for, and will fight for”. Such remarks cannot be unsaid, nor unheard. But while “history cannot be unlived,” in the words of Maya Angelou, people can still change. Half a century after pushing Georgia’s new flag, Groover returned to the state legislature to support changing it. Many other white southerners have trod a similar same path, first clutching the Confederate flag in a burst of reactionary racism, then insisting the symbol had nothing to do with slavery or segregation, and finally, as Groover did, admitting the obvious: “It has become the most divisive issue on the political spectrum and needs to be put to rest.” Hearts and minds in South Carolina have changed more slowly. The state’s most recent decision on the flag merely moved it from above the capitol to a monument in front. Yet arguments that the flag should not be seen as a racist symbol sound increasingly hollow. Reference: http://www.economist.com/blogs/democracyinamerica/2015/06/confederate-flag Pros: CONS Reference: http://www.theonion.com/graphic/pros-and-cons-flying-confederate-flag-50808 Political issue The flag debate is quickly becoming a major political issue ahead of the state\'s crucial first-in- the-South presidential primary next year. Many Republicans, including Mike Huckabee and Rick Santorum, have avoided taking a position on the flag, though Jeb Bush highlighted his role in removing the flag from Florida\'s Capitol in 2001. Democratic frontrunner Hillary Clinton forcefully called on Americans to discuss racial divisions but hasn\'t weighed in specifically on whether South Carolina should remove the flag from the Capitol complex. Gov. Nikki Haley, who has said the issue is worth a conversation, is under pressure to convene a special session to take up the flag question. That\'s unlikely to happen but Republican state Rep. Doug Brannon has already committed to introducing a bill to remove the flag when the legislature convenes in January. That effort will face stiff headwinds. Reference: http://edition.cnn.com/2015/06/21/politics/south-carolina-confederate-flag-debate/ Solution Defenders of the Confederate flag say there is nothing inherently controversial .
Defenders of the Confederate flag say there is nothing inherently co.pdf
Defenders of the Confederate flag say there is nothing inherently co.pdf
apjewellers
Answer : The type O structure is found in all three glycosphingolipids. In both type A and type B, there is an added sugar; this sugar differs between type A and B. explanation : The focal rule of the ABO framework is that antigens – in this occasion, sugars physically uncovered on the outside of red platelets – contrast between people, who have immunological resistance just toward what happens in their own bodies. Therefore, numerous people express isoantibodies – antibodies against isoantigens, common parts exhibit in the assemblages of different individuals from similar species however not themselves. Isoantibodies might be available against the An and additionally B antigens in individuals who don\'t themselves have similar antigens in their own particular blood. These antibodies go about as haemagglutinins, which cause platelets to bunch and break separated in the event that they convey the outside antigens. This cruel reaction, however a versatile response valuable against disease, can bring about death when a lot of such cells are experienced after a blood transfusion, a situation not experienced in normal determination preceding present day history. Since An and B antigens are artificially adjusted from an antecedent frame that is likewise present in sort O people, individuals with sort An and B antigens can acknowledge blood from sort O people. Hostile to An and against B antibodies (called isohaemagglutinins), which are not present in the infant, show up in the primary years of life. Against An and hostile to B antibodies are generally IgM sort, which are not ready to go through the placenta to the fetal blood course. O-sort people can deliver IgG-sort ABO antibodies. The forerunner to the ABO blood amass antigens, display in individuals of all regular blood classifications, is known as the H antigen. People with the uncommon Bombay phenotype (hh) don\'t express antigen H on their red platelets. As the H antigen serves as a forerunner for delivering An and B antigens, the nonappearance of the H antigen implies that the people do not have An or B antigens too (like O blood gather). Be that as it may, not at all like O gathering, the H antigen is missing, thus the people create isoantibodies to antigen H and in addition to both An and B antigens. In the event that they get blood from somebody with O blood gather, the counter H antibodies will tie to the H antigen on the red platelets (\'RBC\') of the giver blood and devastate the RBCs by supplement intervened lysis. In this manner, individuals with Bombay phenotype can get blood just from other hh benefactors (in spite of the fact that they can give as if they were sort O). A few people with the blood amass A1 may likewise have the capacity to deliver against H antibodies because of the total change of all the H antigen to A1 antigen. Creation of the H antigen, or its inadequacy in the Bombay phenotype, is controlled at the H locus on chromosome 19. The H locus is not an indistinguish.
Answer The type O structure is found in all three glycosphingolip.pdf
Answer The type O structure is found in all three glycosphingolip.pdf
apjewellers
Answer: Water potential = pressuer potentil + solute potenial Water potential= 6.25 + (-6.25) = 0 As the water potential is zero bars, there is no net movement of water in and out. Solution Answer: Water potential = pressuer potentil + solute potenial Water potential= 6.25 + (-6.25) = 0 As the water potential is zero bars, there is no net movement of water in and out..
AnswerWater potential = pressuer potentil + solute potenialWate.pdf
AnswerWater potential = pressuer potentil + solute potenialWate.pdf
apjewellers
answer is A Solution answer is A.
answer is ASolutionanswer is A.pdf
answer is ASolutionanswer is A.pdf
apjewellers
Active Directory (AD) is a Windows OS directory service that facilitates working with interconnected, complex and different network resources in a unified manner.Active Directory was initially released with Windows 2000 Server and revised with additional features in Windows Server 2008. Active Directory provides a common interface for organizing and maintaining information related to resources connected to a variety of network directories. The directories may be systems-based (like Windows OS), application-specific or network resources, like printers. Active Directory serves as a single data store for quick data access to all users and controls access to users based on the directory\'s security policy. Active Directory features include: Solution Active Directory (AD) is a Windows OS directory service that facilitates working with interconnected, complex and different network resources in a unified manner.Active Directory was initially released with Windows 2000 Server and revised with additional features in Windows Server 2008. Active Directory provides a common interface for organizing and maintaining information related to resources connected to a variety of network directories. The directories may be systems-based (like Windows OS), application-specific or network resources, like printers. Active Directory serves as a single data store for quick data access to all users and controls access to users based on the directory\'s security policy. Active Directory features include:.
Active Directory (AD) is a Windows OS directory service that facilit.pdf
Active Directory (AD) is a Windows OS directory service that facilit.pdf
apjewellers
a tenancy in common. Reason for a. a.A way for two or more people to have equal ownership interests in a property. Each owner has the right to leave his or her share of the property to any beneficiary upon the owner\'s death. Each party (owner) in a tenancy-in-common agreement has the right to use the property even if the physical size of the stake is different. b.In common law and statutory law, a life estate is the ownership of land for the duration of a person\'s life. In legal terms it is an estate in real property that ends at death when ownership of the property may revert to the original owner, or it may pass to another person. In this case, Land is not in question. (Stock) c.A type of property right where two or more people own or rent a property together, each with equal rights and obligations, until one owner dies. Upon an owner\'s death, that owner\'s interest in the property passes to the survivors without the property having to go through probate. In this case, ownership is transferred without the property having to go through probate, but in the current case compliance with title deed is required. d.A method in some states by which married couples can hold the title to a property. In order for one spouse to modify his or her interest in the property in any way, the consent of both spouses is required by tenants by entirety. It also provides that when one spouse passes away, the surviving spouse gains full ownership of the property. Current case is based on brother and sister not married couple. Solution a tenancy in common. Reason for a. a.A way for two or more people to have equal ownership interests in a property. Each owner has the right to leave his or her share of the property to any beneficiary upon the owner\'s death. Each party (owner) in a tenancy-in-common agreement has the right to use the property even if the physical size of the stake is different. b.In common law and statutory law, a life estate is the ownership of land for the duration of a person\'s life. In legal terms it is an estate in real property that ends at death when ownership of the property may revert to the original owner, or it may pass to another person. In this case, Land is not in question. (Stock) c.A type of property right where two or more people own or rent a property together, each with equal rights and obligations, until one owner dies. Upon an owner\'s death, that owner\'s interest in the property passes to the survivors without the property having to go through probate. In this case, ownership is transferred without the property having to go through probate, but in the current case compliance with title deed is required. d.A method in some states by which married couples can hold the title to a property. In order for one spouse to modify his or her interest in the property in any way, the consent of both spouses is required by tenants by entirety. It also provides that when one spouse passes away, the surviving spouse gains full ownership .
a tenancy in common.Reason for a.a.A way for two or more people .pdf
a tenancy in common.Reason for a.a.A way for two or more people .pdf
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DOCUMENTO
Estrategia Nacional de Refuerzo Escolar SJA Ccesa007.pdf
Estrategia Nacional de Refuerzo Escolar SJA Ccesa007.pdf
Demetrio Ccesa Rayme
11 Poemas Ilustrados de Luísa Villalta elaborados polo alumnado de 4º PDC do IES Monelos (curso 2023-2024)
POEMAS ILUSTRADOS DE LUÍSA VILLALTA. Elaborados polos alumnos de 4º PDC do IE...
POEMAS ILUSTRADOS DE LUÍSA VILLALTA. Elaborados polos alumnos de 4º PDC do IE...
Agrela Elvixeo
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if u have calculated the differential equations then i can calculate it...... Solution if u have calculated the differential equations then i can calculate it.......
if u have calculated the differential equations t.pdf
if u have calculated the differential equations t.pdf
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Entropy is related to the disorderness in the system therefore, the option d is incorrect. Solution Entropy is related to the disorderness in the system therefore, the option d is incorrect..
Entropy is related to the disorderness in the sys.pdf
Entropy is related to the disorderness in the sys.pdf
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Decompression sickness (DCS; also known as divers\' disease, the bends or caisson disease) describes a condition arising from dissolved gases coming out of solution into bubbles inside the body on depressurization. DCS most commonly refers to a specific type of scuba diving hazard but may be experienced in other depressurisation events such as caisson working, flying in unpressurised aircraft, and extra-vehicular activity from spacecraft. Since bubbles can form in or migrate to any part of the body, DCS can produce many symptoms, and its effects may vary from joint pain and rashes to paralysis and death. Individual susceptibility can vary from day to day, and different individuals under the same conditions may be affected differently or not at all. The classification of types of DCS by its symptoms has evolved since its original description over a hundred years ago. Although DCS is not a common event, its potential severity is such that much research has gone into preventing it, and scuba divers use dive tables or dive computers to set limits on their exposure to pressure and their ascent speed. Treatment is by hyperbaric oxygen therapy in a recompression chamber. If treated early, there is a significantly higher chance of successful recovery. The term dysbarism encompasses decompression sickness, arterial gas embolism, and barotrauma, whereas decompression sickness and arterial gas embolism are commonly classified together as decompression illness when a precise diagnosis cannot be made. DCS and arterial gas embolism are treated very similarly because they are both the result of gas bubbles in the body. The U.S. Navy prescribes identical treatment for Type II DCS and arterial gas embolism. Their spectra of symptoms also overlap, although those from arterial gas embolism are generally more severe because they often arise from an infarction (blockage of blood supply and tissue death) DCS is caused by a reduction in ambient pressure that results in the formation of bubbles of inert gases within tissues of the body. It may happen when leaving a high-pressure environment, ascending from depth, or ascending to altitude DCS is best known as a diving disorder that affects divers having breathed gas that is at a higher pressure than the surface pressure, owing to the pressure of the surrounding water. The risk of DCS increases when diving for extended periods or at greater depth, without ascending gradually and making the decompression stops needed to slowly reduce the excess pressure of inert gases dissolved in the body. The specific risk factors are not well understood and some divers may be more susceptible than others under identical conditions. DCS has been confirmed in rare cases of breath-holding divers who have made a sequence of many deep dives with short surface intervals; and it may be the cause of the disease called taravana by South Pacific island natives who for centuries have dived by breath-holding for food and pearls. Two principal f.
Decompression sickness (DCS; also known as divers.pdf
Decompression sickness (DCS; also known as divers.pdf
apjewellers
turnover ratio=Average assets sold by the fund/Average daily assets which is equal to =($413*1,000,000)/($3.5*1,000,000,000) which is equal to =11.8% Solution turnover ratio=Average assets sold by the fund/Average daily assets which is equal to =($413*1,000,000)/($3.5*1,000,000,000) which is equal to =11.8%.
turnover ratio=Average assets sold by the fundAverage daily assets.pdf
turnover ratio=Average assets sold by the fundAverage daily assets.pdf
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The correct answer is E. Normal rework common to all jobs is charged to the Work-In-Process Inventory account Solution The correct answer is E. Normal rework common to all jobs is charged to the Work-In-Process Inventory account.
The correct answer isE. Normal rework common to all jobs is charge.pdf
The correct answer isE. Normal rework common to all jobs is charge.pdf
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The actual exchange of oxygen for carbon dioxide takes place between the capillaries and the alveoli of the lungs by a process known as diffusion. This is due to a difference in the partial pressure of the gases in these structures. Solution The actual exchange of oxygen for carbon dioxide takes place between the capillaries and the alveoli of the lungs by a process known as diffusion. This is due to a difference in the partial pressure of the gases in these structures..
The actual exchange of oxygen for carbon dioxide takes place between.pdf
The actual exchange of oxygen for carbon dioxide takes place between.pdf
apjewellers
sample mean Solution sample mean.
sample meanSolutionsample mean.pdf
sample meanSolutionsample mean.pdf
apjewellers
pH = 10.21 pOH = 14-10.21=3.79 [OH-] = 10-pOH = 1.622x10-4 M [M2+] = 0.5[OH-] = 8.11x10-5 M Ksp = [M2+][OH-]2 Ksp = 2.133x10-12 Solution pH = 10.21 pOH = 14-10.21=3.79 [OH-] = 10-pOH = 1.622x10-4 M [M2+] = 0.5[OH-] = 8.11x10-5 M Ksp = [M2+][OH-]2 Ksp = 2.133x10-12.
pH = 10.21 pOH = 14-10.21=3.79 [OH-] = 10-pOH = 1.622x10-4 M.pdf
pH = 10.21 pOH = 14-10.21=3.79 [OH-] = 10-pOH = 1.622x10-4 M.pdf
apjewellers
import java.awt.*; class FlowLayoutDemo { public static void main(String[] args) { // frane object creation Frame f=new Frame(); //setting name f.setTitle(\"cruel\"); f.setBackground(Color.cyan); f.setForeground(Color.red); f.setLayout(new FlowLayout(FlowLayout.LEFT)); Button b1=new Button(\"Submit\"); Button b2=new Button(\"Cancel\"); //creating two lables f.add(b1); f.add(b2); //setting size f.setSize(500,300); f.setVisible(car); } } Solution import java.awt.*; class FlowLayoutDemo { public static void main(String[] args) { // frane object creation Frame f=new Frame(); //setting name f.setTitle(\"cruel\"); f.setBackground(Color.cyan); f.setForeground(Color.red); f.setLayout(new FlowLayout(FlowLayout.LEFT)); Button b1=new Button(\"Submit\"); Button b2=new Button(\"Cancel\"); //creating two lables f.add(b1); f.add(b2); //setting size f.setSize(500,300); f.setVisible(car); } }.
import java.awt.;class FlowLayoutDemo { public static void.pdf
import java.awt.;class FlowLayoutDemo { public static void.pdf
apjewellers
It would be O=O Solution It would be O=O.
It would be O=OSolutionIt would be O=O.pdf
It would be O=OSolutionIt would be O=O.pdf
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Hedgehog (Hh) signalling in tracheal cell migration : The main chemoattractant involved in tracheal cell migration is fibroblast growth factor (FGF) homologue branchless (Bnl). Bnl activates the FGF receptor (FGFR) breathless (Btl) on the tracheal tip-cells leading to the migration of tracheal cells. Hedegehog (Hh) can regulate tracheal cell migration in two ways, the direct effect and the indirect effect. In the direct effect, Hh expression results in the extension of the termianl cells of the dorsal branch. The indirect effect of Hh in tracheal cell migration is through the positive regulation of bnl expression. The bnl expression is regulated by Hh signalling via a transcription factor known as stripe. Solution Hedgehog (Hh) signalling in tracheal cell migration : The main chemoattractant involved in tracheal cell migration is fibroblast growth factor (FGF) homologue branchless (Bnl). Bnl activates the FGF receptor (FGFR) breathless (Btl) on the tracheal tip-cells leading to the migration of tracheal cells. Hedegehog (Hh) can regulate tracheal cell migration in two ways, the direct effect and the indirect effect. In the direct effect, Hh expression results in the extension of the termianl cells of the dorsal branch. The indirect effect of Hh in tracheal cell migration is through the positive regulation of bnl expression. The bnl expression is regulated by Hh signalling via a transcription factor known as stripe..
Hedgehog (Hh) signalling in tracheal cell migration The main chem.pdf
Hedgehog (Hh) signalling in tracheal cell migration The main chem.pdf
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Here in the reaction there is an exchange of 2 electrons Therefore E = E0 - (0.059/2)log((Mn2+)/(H+)^2) 0.511 = 0 + 0.0295*log([H+]^2/[Mn2+]) 17.322 = log([H+]^2/1 Therfore [H+] = 4.58*10^8 pH = -log[H+] = 8.66 Solution Here in the reaction there is an exchange of 2 electrons Therefore E = E0 - (0.059/2)log((Mn2+)/(H+)^2) 0.511 = 0 + 0.0295*log([H+]^2/[Mn2+]) 17.322 = log([H+]^2/1 Therfore [H+] = 4.58*10^8 pH = -log[H+] = 8.66.
Here in the reaction there is an exchange of 2 electronsTherefore.pdf
Here in the reaction there is an exchange of 2 electronsTherefore.pdf
apjewellers
First come first serve scheduling algorithm (FCFS) is the process that request the CPU to allocate the resources on the first come priority basis.the Implementation of the first come first serve scheduling algorithm (FCFS) policy is easily managed with fifo(First in First out) queue.when a process enters into the ready queue ,its address is linked onto the tail of the queue. When the CPU is free it is allocated to the process at the head of the queue. The running process is then removed from the queue.the code for first come first serve scheduling algorithm (FCFS) is simple to write and Understand.The First come first serve scheduling algorithm (FCFS) in non preemptive.The first come first serve scheduling algorithm (FCFS) have a drawback for time sharing systems. first come first serve scheduling algorithm Program [Non-Preemptive]: import java.io.*; class fcfs { public static void main(String args[]) throws Exception { int n, AT[], BT[], WT[], TAT[];//Burst Time,Average Time,Wait Time float AWT = 0; InputStreamReader isr = new InputStreamReader(System.in); BufferedReader br = new BufferedReader(isr); System.out.println(“Enter no of process”); n = Integer.parseInt(br.readLine()); BT = new int[n]; WT = new int[n]; TAT = new int[n]; AT = new int[n]; System.out.println(“Enter Burst time for each process\ ******************************”); for (int i = 0; i < n; i++) { System.out.println(“Enter BT for process ” + (i + 1)); BT[i] = Integer.parseInt(br.readLine()); } System.out.println(“***********************************************”); for (int i = 0; i < n; i++) { System.out.println(“Enter AT for process” + i); AT[i] = Integer.parseInt(br.readLine()); } System.out.println(“***********************************************”); WT[0] = 0; for (int i = 1; i < n; i++) { WT[i] = WT[i – 1] + BT[i – 1]; WT[i] = WT[i] – AT[i]; } for (int i = 0; i < n; i++) { TAT[i] = WT[i] + BT[i]; AWT = AWT + WT[i]; } System.out.println(” PROCESS BT WT TAT “); for (int i = 0; i < n; i++) { System.out.println(” ” + i + ” ” + BT[i] + ” ” + WT[i] + ” ” + TAT[i]); } AWT = AWT / n; System.out.println(“***********************************************”); System.out.println(“Avg waiting time=” + AWT + “\ ***********************************************”); } } Shortest job first - A different approach to CPU scheduling is SJF shortest job first scheduling algorithm.This associates with each process the length of the latter next CPU burst.When the CPU is available it is assigned to the process that has the smallest next CPU burst.if two processes have same length next CPU burst,FCFS scheduling is used to break the tie.Note that a more appropriate term would be the shortest next CPU burst ,because the scheduling is done by examining the length of the next CPU burst because the scheduling is done by examining the length of the next CPU burst of a process,rather than its total length.The real difficulty in SJF shortest job first scheduling algorithm is knowing the length of the next proce.
First come first serve scheduling algorithm (FCFS) is the process th.pdf
First come first serve scheduling algorithm (FCFS) is the process th.pdf
apjewellers
E) Cash flow statement identifies a firm\'s sources and uses of cash in a given accounting period Solution E) Cash flow statement identifies a firm\'s sources and uses of cash in a given accounting period.
E) Cash flow statement identifies a firms sources and uses of cash.pdf
E) Cash flow statement identifies a firms sources and uses of cash.pdf
apjewellers
Defenders of the Confederate flag say there is nothing inherently controversial or racist about it. It was adopted by the Confederate armies because the official Confederate national flag, the “stars and bars”, looked too much like the Union’s stars and stripes, and Confederate troops were killed by friendly fire in the smoke and confusion of battle. Its design was based on the cross of St Andrew, featuring in the Scottish and United Kingdom flags. But what the Confederate flag means to most black Americans today, and to millions of their countrymen, is all too plain. The designer of Georgia’s 1956 flag was an explicit segregationist. The state legislature voted for the new flag after Denmark Groover, a state lawmaker, said it was created to “serve notice that we intend to uphold what we stood for, will stand for, and will fight for”. Such remarks cannot be unsaid, nor unheard. But while “history cannot be unlived,” in the words of Maya Angelou, people can still change. Half a century after pushing Georgia’s new flag, Groover returned to the state legislature to support changing it. Many other white southerners have trod a similar same path, first clutching the Confederate flag in a burst of reactionary racism, then insisting the symbol had nothing to do with slavery or segregation, and finally, as Groover did, admitting the obvious: “It has become the most divisive issue on the political spectrum and needs to be put to rest.” Hearts and minds in South Carolina have changed more slowly. The state’s most recent decision on the flag merely moved it from above the capitol to a monument in front. Yet arguments that the flag should not be seen as a racist symbol sound increasingly hollow. Reference: http://www.economist.com/blogs/democracyinamerica/2015/06/confederate-flag Pros: CONS Reference: http://www.theonion.com/graphic/pros-and-cons-flying-confederate-flag-50808 Political issue The flag debate is quickly becoming a major political issue ahead of the state\'s crucial first-in- the-South presidential primary next year. Many Republicans, including Mike Huckabee and Rick Santorum, have avoided taking a position on the flag, though Jeb Bush highlighted his role in removing the flag from Florida\'s Capitol in 2001. Democratic frontrunner Hillary Clinton forcefully called on Americans to discuss racial divisions but hasn\'t weighed in specifically on whether South Carolina should remove the flag from the Capitol complex. Gov. Nikki Haley, who has said the issue is worth a conversation, is under pressure to convene a special session to take up the flag question. That\'s unlikely to happen but Republican state Rep. Doug Brannon has already committed to introducing a bill to remove the flag when the legislature convenes in January. That effort will face stiff headwinds. Reference: http://edition.cnn.com/2015/06/21/politics/south-carolina-confederate-flag-debate/ Solution Defenders of the Confederate flag say there is nothing inherently controversial .
Defenders of the Confederate flag say there is nothing inherently co.pdf
Defenders of the Confederate flag say there is nothing inherently co.pdf
apjewellers
Answer : The type O structure is found in all three glycosphingolipids. In both type A and type B, there is an added sugar; this sugar differs between type A and B. explanation : The focal rule of the ABO framework is that antigens – in this occasion, sugars physically uncovered on the outside of red platelets – contrast between people, who have immunological resistance just toward what happens in their own bodies. Therefore, numerous people express isoantibodies – antibodies against isoantigens, common parts exhibit in the assemblages of different individuals from similar species however not themselves. Isoantibodies might be available against the An and additionally B antigens in individuals who don\'t themselves have similar antigens in their own particular blood. These antibodies go about as haemagglutinins, which cause platelets to bunch and break separated in the event that they convey the outside antigens. This cruel reaction, however a versatile response valuable against disease, can bring about death when a lot of such cells are experienced after a blood transfusion, a situation not experienced in normal determination preceding present day history. Since An and B antigens are artificially adjusted from an antecedent frame that is likewise present in sort O people, individuals with sort An and B antigens can acknowledge blood from sort O people. Hostile to An and against B antibodies (called isohaemagglutinins), which are not present in the infant, show up in the primary years of life. Against An and hostile to B antibodies are generally IgM sort, which are not ready to go through the placenta to the fetal blood course. O-sort people can deliver IgG-sort ABO antibodies. The forerunner to the ABO blood amass antigens, display in individuals of all regular blood classifications, is known as the H antigen. People with the uncommon Bombay phenotype (hh) don\'t express antigen H on their red platelets. As the H antigen serves as a forerunner for delivering An and B antigens, the nonappearance of the H antigen implies that the people do not have An or B antigens too (like O blood gather). Be that as it may, not at all like O gathering, the H antigen is missing, thus the people create isoantibodies to antigen H and in addition to both An and B antigens. In the event that they get blood from somebody with O blood gather, the counter H antibodies will tie to the H antigen on the red platelets (\'RBC\') of the giver blood and devastate the RBCs by supplement intervened lysis. In this manner, individuals with Bombay phenotype can get blood just from other hh benefactors (in spite of the fact that they can give as if they were sort O). A few people with the blood amass A1 may likewise have the capacity to deliver against H antibodies because of the total change of all the H antigen to A1 antigen. Creation of the H antigen, or its inadequacy in the Bombay phenotype, is controlled at the H locus on chromosome 19. The H locus is not an indistinguish.
Answer The type O structure is found in all three glycosphingolip.pdf
Answer The type O structure is found in all three glycosphingolip.pdf
apjewellers
Answer: Water potential = pressuer potentil + solute potenial Water potential= 6.25 + (-6.25) = 0 As the water potential is zero bars, there is no net movement of water in and out. Solution Answer: Water potential = pressuer potentil + solute potenial Water potential= 6.25 + (-6.25) = 0 As the water potential is zero bars, there is no net movement of water in and out..
AnswerWater potential = pressuer potentil + solute potenialWate.pdf
AnswerWater potential = pressuer potentil + solute potenialWate.pdf
apjewellers
answer is A Solution answer is A.
answer is ASolutionanswer is A.pdf
answer is ASolutionanswer is A.pdf
apjewellers
Active Directory (AD) is a Windows OS directory service that facilitates working with interconnected, complex and different network resources in a unified manner.Active Directory was initially released with Windows 2000 Server and revised with additional features in Windows Server 2008. Active Directory provides a common interface for organizing and maintaining information related to resources connected to a variety of network directories. The directories may be systems-based (like Windows OS), application-specific or network resources, like printers. Active Directory serves as a single data store for quick data access to all users and controls access to users based on the directory\'s security policy. Active Directory features include: Solution Active Directory (AD) is a Windows OS directory service that facilitates working with interconnected, complex and different network resources in a unified manner.Active Directory was initially released with Windows 2000 Server and revised with additional features in Windows Server 2008. Active Directory provides a common interface for organizing and maintaining information related to resources connected to a variety of network directories. The directories may be systems-based (like Windows OS), application-specific or network resources, like printers. Active Directory serves as a single data store for quick data access to all users and controls access to users based on the directory\'s security policy. Active Directory features include:.
Active Directory (AD) is a Windows OS directory service that facilit.pdf
Active Directory (AD) is a Windows OS directory service that facilit.pdf
apjewellers
a tenancy in common. Reason for a. a.A way for two or more people to have equal ownership interests in a property. Each owner has the right to leave his or her share of the property to any beneficiary upon the owner\'s death. Each party (owner) in a tenancy-in-common agreement has the right to use the property even if the physical size of the stake is different. b.In common law and statutory law, a life estate is the ownership of land for the duration of a person\'s life. In legal terms it is an estate in real property that ends at death when ownership of the property may revert to the original owner, or it may pass to another person. In this case, Land is not in question. (Stock) c.A type of property right where two or more people own or rent a property together, each with equal rights and obligations, until one owner dies. Upon an owner\'s death, that owner\'s interest in the property passes to the survivors without the property having to go through probate. In this case, ownership is transferred without the property having to go through probate, but in the current case compliance with title deed is required. d.A method in some states by which married couples can hold the title to a property. In order for one spouse to modify his or her interest in the property in any way, the consent of both spouses is required by tenants by entirety. It also provides that when one spouse passes away, the surviving spouse gains full ownership of the property. Current case is based on brother and sister not married couple. Solution a tenancy in common. Reason for a. a.A way for two or more people to have equal ownership interests in a property. Each owner has the right to leave his or her share of the property to any beneficiary upon the owner\'s death. Each party (owner) in a tenancy-in-common agreement has the right to use the property even if the physical size of the stake is different. b.In common law and statutory law, a life estate is the ownership of land for the duration of a person\'s life. In legal terms it is an estate in real property that ends at death when ownership of the property may revert to the original owner, or it may pass to another person. In this case, Land is not in question. (Stock) c.A type of property right where two or more people own or rent a property together, each with equal rights and obligations, until one owner dies. Upon an owner\'s death, that owner\'s interest in the property passes to the survivors without the property having to go through probate. In this case, ownership is transferred without the property having to go through probate, but in the current case compliance with title deed is required. d.A method in some states by which married couples can hold the title to a property. In order for one spouse to modify his or her interest in the property in any way, the consent of both spouses is required by tenants by entirety. It also provides that when one spouse passes away, the surviving spouse gains full ownership .
a tenancy in common.Reason for a.a.A way for two or more people .pdf
a tenancy in common.Reason for a.a.A way for two or more people .pdf
apjewellers
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if u have calculated the differential equations t.pdf
if u have calculated the differential equations t.pdf
Entropy is related to the disorderness in the sys.pdf
Entropy is related to the disorderness in the sys.pdf
Decompression sickness (DCS; also known as divers.pdf
Decompression sickness (DCS; also known as divers.pdf
turnover ratio=Average assets sold by the fundAverage daily assets.pdf
turnover ratio=Average assets sold by the fundAverage daily assets.pdf
The correct answer isE. Normal rework common to all jobs is charge.pdf
The correct answer isE. Normal rework common to all jobs is charge.pdf
The actual exchange of oxygen for carbon dioxide takes place between.pdf
The actual exchange of oxygen for carbon dioxide takes place between.pdf
sample meanSolutionsample mean.pdf
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