SlideShare una empresa de Scribd logo
1 de 2
CENTRO ESCOLAR SOLALTO
      9th Pre-IB Biology
      Teacher Javier Aguirre, B.A.

NAME_____________________________________ Date:                                     08/16/10

                               Mendel's Laws of Heredity
                                        Part 1 (Section 10.1)

Materials:
     •    Notebook
     •    “Biology – The Dynamics of Life” textbook

Instructions:
•   Paste and complete today’s handout in your notebook
•   Investigate and write down the following vocabulary in your notebook. Use your
    textbook glossary (pp. 1113 – 1152).
          1.   heredity                                 10.   recessive
          2.   trait                                    11.   law of segregation
          3.   genetics                                 12.   phenotype
          4.   gamete                                   13.   genotype
          5.   fertilization                            14.   homozygous
          6.   zygote                                   15.   heterozygous
          7.   hybrid                                   16.   law of independent assortment
          8.   allele                                   17.   pollination
          9.   dominant

•   Read pages 253 and 254 of your textbook and answer the following questions.
    1. Who was the first person to study heredity? When did he do his study? Gregor Mendel was
         an Austrian monk who studied heredity in the mid-nineteenth century.

    2. What was Mendel successful in predicting? He succeeded in predicting how traits are
         transferred from one generation to the next.

    3. Why did Mendel choose to use garden peas in his experiments? He chose garden peas
         because they reproduce sexully.

    4. Where are the male and female reproductive organs located in the garden pea flower? How
         did this help Mendel with his experiment? They are located in the same flower and are
         tightly enclosed by the petals. This prevents pollen from other flowers from entering
         the pea flower. As a result, peas normally reproduce by self-pollination; that is, the
         male and female gametes come from the same plant.
5. What did Mendel do when he wanted to breed, or cross, one plant with another? What is the
       name of this process? Why did Mendel use this technique? Mendel opened the petals of a
       flower and removed the male organs. He then dusted the female organ with pollen from
       the plant he wished to cross it with. This process is called cross-fertilization. By using
       this technique, Mendel could be sure of the parents in his cross.

    6. Mendel was seen as a careful researcher. Please explain what he did to carefully control his
       experiments with peas. He studied only one trait at a time to control variables, and he
       analyzed his data mathematically. The tall pea plants he worked with were from
       populations of plants that had been tall for many generations and had always produced
       tall offspring. Such plants are said to be true breeding for tallness. Likewise, the
       short plants he worked with were ture breeding for shortness.



•   Homework:

    1. Please reproduce Figure 10.1 in your notebook.




    2. Study today’s vocabulary for tomorrow’s short quiz.

Más contenido relacionado

La actualidad más candente

Mitosis and Meiosis
Mitosis and MeiosisMitosis and Meiosis
Mitosis and MeiosisAryan Gupta
 
IB Biology 3.1 genes
IB Biology 3.1 genesIB Biology 3.1 genes
IB Biology 3.1 genesBob Smullen
 
Cell cycle and cell division
Cell cycle and cell divisionCell cycle and cell division
Cell cycle and cell divisionPraveen Garg
 
Nondisjunction and its implications ppt
Nondisjunction and its implications pptNondisjunction and its implications ppt
Nondisjunction and its implications pptpoojakamble1609
 
Mendel's laws of heredity part 3 (pp.258-259)-answer key
Mendel's laws of heredity   part 3 (pp.258-259)-answer keyMendel's laws of heredity   part 3 (pp.258-259)-answer key
Mendel's laws of heredity part 3 (pp.258-259)-answer keyJavier Aguirre
 
History of Genetics - Post-Mendelian Genetics
History of Genetics - Post-Mendelian GeneticsHistory of Genetics - Post-Mendelian Genetics
History of Genetics - Post-Mendelian GeneticsAsad Afridi
 
Significance of mitosis nd meosis sss
Significance of mitosis nd meosis sssSignificance of mitosis nd meosis sss
Significance of mitosis nd meosis sssHamid Hk
 
Cytoplasmic Inheritance
Cytoplasmic Inheritance Cytoplasmic Inheritance
Cytoplasmic Inheritance Shreya Ahuja
 
Population and evolutionary genetics 1
Population and evolutionary genetics 1Population and evolutionary genetics 1
Population and evolutionary genetics 1Dan Gaston
 
Cytoplasmic inheritance
Cytoplasmic inheritanceCytoplasmic inheritance
Cytoplasmic inheritanceAashish Patel
 
Nanoparticle Tracking Analysis (particle by particle technique)
Nanoparticle Tracking Analysis (particle by particle technique)Nanoparticle Tracking Analysis (particle by particle technique)
Nanoparticle Tracking Analysis (particle by particle technique)Anson Ho
 
IB Biology 3.2 chromosomes
IB Biology 3.2 chromosomesIB Biology 3.2 chromosomes
IB Biology 3.2 chromosomesBob Smullen
 
Cell cycle & Cell division
Cell cycle & Cell divisionCell cycle & Cell division
Cell cycle & Cell divisionMohiuddin Masum
 
Light microscope vs. Electron microscope
Light microscope vs. Electron microscopeLight microscope vs. Electron microscope
Light microscope vs. Electron microscopeJamica Ambion
 

La actualidad más candente (20)

Mitosis and Meiosis
Mitosis and MeiosisMitosis and Meiosis
Mitosis and Meiosis
 
IB Biology 3.1 genes
IB Biology 3.1 genesIB Biology 3.1 genes
IB Biology 3.1 genes
 
Cell cycle and cell division
Cell cycle and cell divisionCell cycle and cell division
Cell cycle and cell division
 
Nondisjunction and its implications ppt
Nondisjunction and its implications pptNondisjunction and its implications ppt
Nondisjunction and its implications ppt
 
Dihybrid cross
Dihybrid crossDihybrid cross
Dihybrid cross
 
Mendel's laws of heredity part 3 (pp.258-259)-answer key
Mendel's laws of heredity   part 3 (pp.258-259)-answer keyMendel's laws of heredity   part 3 (pp.258-259)-answer key
Mendel's laws of heredity part 3 (pp.258-259)-answer key
 
History of Genetics - Post-Mendelian Genetics
History of Genetics - Post-Mendelian GeneticsHistory of Genetics - Post-Mendelian Genetics
History of Genetics - Post-Mendelian Genetics
 
Evolution
EvolutionEvolution
Evolution
 
Significance of mitosis nd meosis sss
Significance of mitosis nd meosis sssSignificance of mitosis nd meosis sss
Significance of mitosis nd meosis sss
 
Cytoplasmic Inheritance
Cytoplasmic Inheritance Cytoplasmic Inheritance
Cytoplasmic Inheritance
 
Population and evolutionary genetics 1
Population and evolutionary genetics 1Population and evolutionary genetics 1
Population and evolutionary genetics 1
 
12 the cell cycle
12 the cell cycle12 the cell cycle
12 the cell cycle
 
Cytoplasmic inheritance
Cytoplasmic inheritanceCytoplasmic inheritance
Cytoplasmic inheritance
 
Nanoparticle Tracking Analysis (particle by particle technique)
Nanoparticle Tracking Analysis (particle by particle technique)Nanoparticle Tracking Analysis (particle by particle technique)
Nanoparticle Tracking Analysis (particle by particle technique)
 
Ch 12: Cell Cycle
Ch 12: Cell CycleCh 12: Cell Cycle
Ch 12: Cell Cycle
 
Genetics chapter 3 part 1
Genetics chapter 3 part 1Genetics chapter 3 part 1
Genetics chapter 3 part 1
 
IB Biology 3.2 chromosomes
IB Biology 3.2 chromosomesIB Biology 3.2 chromosomes
IB Biology 3.2 chromosomes
 
Cell cycle & Cell division
Cell cycle & Cell divisionCell cycle & Cell division
Cell cycle & Cell division
 
Light microscope vs. Electron microscope
Light microscope vs. Electron microscopeLight microscope vs. Electron microscope
Light microscope vs. Electron microscope
 
Evolution theories
Evolution theoriesEvolution theories
Evolution theories
 

Destacado

3.1 Review And Reinforce
3.1 Review And Reinforce3.1 Review And Reinforce
3.1 Review And Reinforcejrt004
 
Genetics chapter 3 power point final
Genetics chapter 3 power point finalGenetics chapter 3 power point final
Genetics chapter 3 power point finalTom Jenkins
 
Probability And Heredity
Probability And HeredityProbability And Heredity
Probability And Heredityjrt004
 
Punnett Square Worksheet
Punnett Square WorksheetPunnett Square Worksheet
Punnett Square Worksheetkpolson
 
Proportions In The Real World
Proportions In The Real WorldProportions In The Real World
Proportions In The Real Worldkmeluskey
 
Genetics Practice Problems
Genetics Practice ProblemsGenetics Practice Problems
Genetics Practice Problemsjrt004
 
3.2 probability and heredity 2
3.2 probability and heredity 23.2 probability and heredity 2
3.2 probability and heredity 2luzmaria_fabre
 
Presentation on inverse proportion
Presentation on inverse proportionPresentation on inverse proportion
Presentation on inverse proportionwajihatrq
 

Destacado (9)

3.1 Review And Reinforce
3.1 Review And Reinforce3.1 Review And Reinforce
3.1 Review And Reinforce
 
Genetics chapter 3 power point final
Genetics chapter 3 power point finalGenetics chapter 3 power point final
Genetics chapter 3 power point final
 
Probability And Heredity
Probability And HeredityProbability And Heredity
Probability And Heredity
 
Punnett Square Worksheet
Punnett Square WorksheetPunnett Square Worksheet
Punnett Square Worksheet
 
Proportions In The Real World
Proportions In The Real WorldProportions In The Real World
Proportions In The Real World
 
Genetics Practice Problems
Genetics Practice ProblemsGenetics Practice Problems
Genetics Practice Problems
 
3.2 probability and heredity 2
3.2 probability and heredity 23.2 probability and heredity 2
3.2 probability and heredity 2
 
Presentation on inverse proportion
Presentation on inverse proportionPresentation on inverse proportion
Presentation on inverse proportion
 
Translation
TranslationTranslation
Translation
 

Similar a Mendel's laws of heredity part 1 (pp.253-254) - answer key

Classical (Mendelian) Genetics .ppt.pptx
Classical (Mendelian) Genetics .ppt.pptxClassical (Mendelian) Genetics .ppt.pptx
Classical (Mendelian) Genetics .ppt.pptxAqsaMaqsood8
 
Lecture-1 Introduction of Genetics.pdf
Lecture-1 Introduction of Genetics.pdfLecture-1 Introduction of Genetics.pdf
Lecture-1 Introduction of Genetics.pdfBio-Geek
 
Mendel And Genetics Notes
Mendel And Genetics  NotesMendel And Genetics  Notes
Mendel And Genetics NotesFred Phillips
 
unifying-themes-in-the-study-of-lifepptx (1).pptx
unifying-themes-in-the-study-of-lifepptx (1).pptxunifying-themes-in-the-study-of-lifepptx (1).pptx
unifying-themes-in-the-study-of-lifepptx (1).pptxJasonEspino5
 
Chapter 2 classical genetics
Chapter 2 classical geneticsChapter 2 classical genetics
Chapter 2 classical geneticsMosesPackiaraj2
 
Gregor Mendel's Experiment and Monohybrid Cross
Gregor Mendel's Experiment and Monohybrid CrossGregor Mendel's Experiment and Monohybrid Cross
Gregor Mendel's Experiment and Monohybrid CrossMartin Arnaiz
 
Genetics_SBB_1204_Part_I_Mendelism_and_Post-Mendelism.pptx
Genetics_SBB_1204_Part_I_Mendelism_and_Post-Mendelism.pptxGenetics_SBB_1204_Part_I_Mendelism_and_Post-Mendelism.pptx
Genetics_SBB_1204_Part_I_Mendelism_and_Post-Mendelism.pptxAmanda783100
 
Mendel and his success
Mendel and his successMendel and his success
Mendel and his successgkumarimahesh
 
AS102_Genetics-Lecture_2_Lyimo.pptx
AS102_Genetics-Lecture_2_Lyimo.pptxAS102_Genetics-Lecture_2_Lyimo.pptx
AS102_Genetics-Lecture_2_Lyimo.pptxNajmaIbrahim5
 
Biology General Genetics 01/07/2013 Mon.
Biology General Genetics 01/07/2013 Mon.Biology General Genetics 01/07/2013 Mon.
Biology General Genetics 01/07/2013 Mon.mrhunterspage
 
genetics c1 lesson 1.1.pptx
genetics c1 lesson 1.1.pptxgenetics c1 lesson 1.1.pptx
genetics c1 lesson 1.1.pptxPeterSultan1
 
Genetics chapter 3 ppt
Genetics chapter 3 pptGenetics chapter 3 ppt
Genetics chapter 3 pptTom Jenkins
 
LAB REPORT DROSOPHILA MELANOGASTER
LAB REPORT DROSOPHILA MELANOGASTERLAB REPORT DROSOPHILA MELANOGASTER
LAB REPORT DROSOPHILA MELANOGASTERsiti sarah
 
LAB REPORT DROSOPHILA MELANOGASTER
LAB REPORT DROSOPHILA MELANOGASTERLAB REPORT DROSOPHILA MELANOGASTER
LAB REPORT DROSOPHILA MELANOGASTERsiti sarah
 
Introduction to Genetics PowerPoint
Introduction to Genetics PowerPointIntroduction to Genetics PowerPoint
Introduction to Genetics PowerPointjwisbon
 

Similar a Mendel's laws of heredity part 1 (pp.253-254) - answer key (20)

Classical (Mendelian) Genetics .ppt.pptx
Classical (Mendelian) Genetics .ppt.pptxClassical (Mendelian) Genetics .ppt.pptx
Classical (Mendelian) Genetics .ppt.pptx
 
Lecture-1 Introduction of Genetics.pdf
Lecture-1 Introduction of Genetics.pdfLecture-1 Introduction of Genetics.pdf
Lecture-1 Introduction of Genetics.pdf
 
Mendel And Genetics Notes
Mendel And Genetics  NotesMendel And Genetics  Notes
Mendel And Genetics Notes
 
BL 100 L6.ppt
BL 100   L6.pptBL 100   L6.ppt
BL 100 L6.ppt
 
unifying-themes-in-the-study-of-lifepptx (1).pptx
unifying-themes-in-the-study-of-lifepptx (1).pptxunifying-themes-in-the-study-of-lifepptx (1).pptx
unifying-themes-in-the-study-of-lifepptx (1).pptx
 
Chapter 2 classical genetics
Chapter 2 classical geneticsChapter 2 classical genetics
Chapter 2 classical genetics
 
Gregor Mendel's Experiment and Monohybrid Cross
Gregor Mendel's Experiment and Monohybrid CrossGregor Mendel's Experiment and Monohybrid Cross
Gregor Mendel's Experiment and Monohybrid Cross
 
Genetics_SBB_1204_Part_I_Mendelism_and_Post-Mendelism.pptx
Genetics_SBB_1204_Part_I_Mendelism_and_Post-Mendelism.pptxGenetics_SBB_1204_Part_I_Mendelism_and_Post-Mendelism.pptx
Genetics_SBB_1204_Part_I_Mendelism_and_Post-Mendelism.pptx
 
Mendel and his success
Mendel and his successMendel and his success
Mendel and his success
 
Hybridization
HybridizationHybridization
Hybridization
 
Hybridization
HybridizationHybridization
Hybridization
 
Hybridization
HybridizationHybridization
Hybridization
 
AS102_Genetics-Lecture_2_Lyimo.pptx
AS102_Genetics-Lecture_2_Lyimo.pptxAS102_Genetics-Lecture_2_Lyimo.pptx
AS102_Genetics-Lecture_2_Lyimo.pptx
 
Hybridization
HybridizationHybridization
Hybridization
 
Biology General Genetics 01/07/2013 Mon.
Biology General Genetics 01/07/2013 Mon.Biology General Genetics 01/07/2013 Mon.
Biology General Genetics 01/07/2013 Mon.
 
genetics c1 lesson 1.1.pptx
genetics c1 lesson 1.1.pptxgenetics c1 lesson 1.1.pptx
genetics c1 lesson 1.1.pptx
 
Genetics chapter 3 ppt
Genetics chapter 3 pptGenetics chapter 3 ppt
Genetics chapter 3 ppt
 
LAB REPORT DROSOPHILA MELANOGASTER
LAB REPORT DROSOPHILA MELANOGASTERLAB REPORT DROSOPHILA MELANOGASTER
LAB REPORT DROSOPHILA MELANOGASTER
 
LAB REPORT DROSOPHILA MELANOGASTER
LAB REPORT DROSOPHILA MELANOGASTERLAB REPORT DROSOPHILA MELANOGASTER
LAB REPORT DROSOPHILA MELANOGASTER
 
Introduction to Genetics PowerPoint
Introduction to Genetics PowerPointIntroduction to Genetics PowerPoint
Introduction to Genetics PowerPoint
 

Más de Javier Aguirre

Más de Javier Aguirre (20)

Using QR Codes in the EFL classroom to motivate reading
Using QR Codes in the EFL classroom to motivate readingUsing QR Codes in the EFL classroom to motivate reading
Using QR Codes in the EFL classroom to motivate reading
 
Reading lesson plan
Reading lesson planReading lesson plan
Reading lesson plan
 
The flipped classroom
The flipped classroomThe flipped classroom
The flipped classroom
 
Chapter 14 Assessment & Review
Chapter 14 Assessment & ReviewChapter 14 Assessment & Review
Chapter 14 Assessment & Review
 
Lesson 14.3
Lesson 14.3Lesson 14.3
Lesson 14.3
 
Lesson 14.2
Lesson 14.2Lesson 14.2
Lesson 14.2
 
Lesson 14.1
Lesson 14.1Lesson 14.1
Lesson 14.1
 
Lesson 13.4
Lesson 13.4Lesson 13.4
Lesson 13.4
 
Lesson 13.3
Lesson 13.3Lesson 13.3
Lesson 13.3
 
Lesson 13.2
Lesson 13.2Lesson 13.2
Lesson 13.2
 
Lesson 13.1
Lesson 13.1Lesson 13.1
Lesson 13.1
 
British Literature Project
British Literature ProjectBritish Literature Project
British Literature Project
 
Timeline and Characteristics of British Literature
Timeline and Characteristics of British LiteratureTimeline and Characteristics of British Literature
Timeline and Characteristics of British Literature
 
Sonnet 130 Shakespeare
Sonnet 130   ShakespeareSonnet 130   Shakespeare
Sonnet 130 Shakespeare
 
Sonnet 18 Shakespeare
Sonnet 18   ShakespeareSonnet 18   Shakespeare
Sonnet 18 Shakespeare
 
Monarchs of England
Monarchs of EnglandMonarchs of England
Monarchs of England
 
Concept 30.5
Concept 30.5Concept 30.5
Concept 30.5
 
Concept 30.3
Concept 30.3Concept 30.3
Concept 30.3
 
Concept 30.2
Concept 30.2Concept 30.2
Concept 30.2
 
Concept 30.4
Concept 30.4Concept 30.4
Concept 30.4
 

Mendel's laws of heredity part 1 (pp.253-254) - answer key

  • 1. CENTRO ESCOLAR SOLALTO 9th Pre-IB Biology Teacher Javier Aguirre, B.A. NAME_____________________________________ Date: 08/16/10 Mendel's Laws of Heredity Part 1 (Section 10.1) Materials: • Notebook • “Biology – The Dynamics of Life” textbook Instructions: • Paste and complete today’s handout in your notebook • Investigate and write down the following vocabulary in your notebook. Use your textbook glossary (pp. 1113 – 1152). 1. heredity 10. recessive 2. trait 11. law of segregation 3. genetics 12. phenotype 4. gamete 13. genotype 5. fertilization 14. homozygous 6. zygote 15. heterozygous 7. hybrid 16. law of independent assortment 8. allele 17. pollination 9. dominant • Read pages 253 and 254 of your textbook and answer the following questions. 1. Who was the first person to study heredity? When did he do his study? Gregor Mendel was an Austrian monk who studied heredity in the mid-nineteenth century. 2. What was Mendel successful in predicting? He succeeded in predicting how traits are transferred from one generation to the next. 3. Why did Mendel choose to use garden peas in his experiments? He chose garden peas because they reproduce sexully. 4. Where are the male and female reproductive organs located in the garden pea flower? How did this help Mendel with his experiment? They are located in the same flower and are tightly enclosed by the petals. This prevents pollen from other flowers from entering the pea flower. As a result, peas normally reproduce by self-pollination; that is, the male and female gametes come from the same plant.
  • 2. 5. What did Mendel do when he wanted to breed, or cross, one plant with another? What is the name of this process? Why did Mendel use this technique? Mendel opened the petals of a flower and removed the male organs. He then dusted the female organ with pollen from the plant he wished to cross it with. This process is called cross-fertilization. By using this technique, Mendel could be sure of the parents in his cross. 6. Mendel was seen as a careful researcher. Please explain what he did to carefully control his experiments with peas. He studied only one trait at a time to control variables, and he analyzed his data mathematically. The tall pea plants he worked with were from populations of plants that had been tall for many generations and had always produced tall offspring. Such plants are said to be true breeding for tallness. Likewise, the short plants he worked with were ture breeding for shortness. • Homework: 1. Please reproduce Figure 10.1 in your notebook. 2. Study today’s vocabulary for tomorrow’s short quiz.