Newton's Laws Infographics

Newton's Laws
Infographics
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Newton's laws infographics
Newton’s laws Newton’s first law Newton’s second law Newton’s third law
Definition
An object at rest will stay at
rest, unless acted on by a net
external force
The rate of change of
momentum of a body over time
is directly proportional to the
force applied
All forces between two
objects exist in equal
magnitude and opposite
direction
Examples Roller coaster Pushing a shopping cart Rifle recoil
Formula Inertia F = ma F1 = -F2

3rd
2nd
1st
First law
Despite being red, Mars is
a very cold planet full of
iron oxide dust
Second law
Mercury is the smallest
planet and the closest one
to the Sun
Third law
Venus has a beautiful
name and is the second
planet from the Sun

Mars is actually a cold
place. It's full of iron oxide
dust, which gives the
planet its reddish cast
3rd law
1st law
Venus is terribly hot, even
hotter than Mercury, and
its atmosphere is
extremely poisonous
The Earth is the third
planet from the Sun and
the only one that harbors
life in the Solar System
2nd law

the only one that harbors
life in the Solar System
3rd law
1st law
dust, which gives the
Venus terribly hot, even
its atmosphere is
extremely poisonous
2nd law

Mercury
It's the closest planet to
the Sun and the smallest
one in the Solar System
Jupiter
Jupiter is a gas giant and
the biggest planet in the
entire Solar System
Mars
actually a cold place. It’s
full of iron oxide dust
Venus
planet from the Sun
About the laws of motion

Parabolic curve
Neptune is the farthest
planet from the Sun
Saturn is a gas giant and
has several rings
Movement
Inertia
Centrifugal Gravity force Orbit

Hockey puck
Newton’s first law
The law of inertia
States that
An object at rest will
stay at rest
Unless
Acted on by an
outside force
Example
Newton's first law

Jupiter is a gas giant and
the biggest planet in the
entire solar system
Brake
Rest
actually a very cold planet
full of iron oxide dust
Speed & direction
planet from the Sun
planet and the closest one
to the Sun
Motion
1 2 3 4
Newton's first law

1:40:00
Mercury is the closest
planet to the Sun
Speed limit 60
1:25:42
actually cold
Speed limit 70
1:32:18
has several rings
Speed limit 65
1:55:00
Venus is the second planet
from the Sun
Speed limit 50
100 miles
Newton's first law

Mars is actually a very cold
place
Unbalanced force
Rest
planet to the Sun
has several rings
Balanced force
Newton's first law

Rest
Venus has a beautiful name and
high temperatures
1
Saturn is a gas giant and has
several rings
2 Speed & direction
Motion
Despite being red, Mars is actually
a very cold place
3
Brake
The Earth is the planet where we
all live, it’s so beautiful!
4
Newton's first law

has several rings
Outside force
Inertia
from the Sun
place
Back to normal
Newton's first law

Neptune
It’s the farthest planet
from the Sun
Mars
It’s a cold place full of
iron oxide dust
Mercury
planet to the Sun
Jupiter
It’s the biggest planet in
the Solar System
Newton's first law

Rest
planet of them all and the
closest one to the Sun
Force stop
name and extremely high
temperatures
a very cold place full of
iron oxide dust
Motion
Newton's first law and Friction

Second law
Acceleration’s law Example
Tablecloth trick
Proportional
Formula
F=ma
Directly Inversely
Force Mass
F
Newton's second law

a
m F
F=ma
m
actually a cold place
Constant
a
has several rings
Acceleration
F
Jupiter is the biggest
planet of them all
Force
Newton's second law

800
Kg.
600
Kg.
1400
Kg.
1:10:00
planet to the Sun
1:30:00
from the Sun
2:55:00
actually a cold place
1800
Kg.
3:00:00
has several rings
Newton's second law

Newton's second law
from the Sun
has several rings
place
planet from the Sun
56 g
30 km/h
170 g
25 Km/h
20 km/h
650 g
4 kg
10 km/h

Mass (kg)
Acceleration
50 kg
Saturn is the farthest
planet from the Sun
150 kg
Mars is a cold place full
of iron oxide dust
100 kg
Jupiter is the biggest
planet of them all
200 kg
planet to the Sun
Follow the link in the graph to modify its data and then
paste the new one here. For more info, click here
Newton's second law

Newton's second law
Force
has several rings. It's
composed mostly of
hydrogen and helium
Acceleration
planet from the Sun. It’s
terribly hot

80% 60% 90% 20%
It’s a cold place. It’s full of
iron oxide dust
Mars
Venus
from the Sun
Mercury
planet to the Sun
the Solar System
Jupiter
Newton's second law

272 feet
Speed limit 60
311 feet
Speed limit 65
354 feet
Speed limit 70
Jupiter
the Solar System
1
Mars
It’s a cold place. It’s full
of iron oxide dust
2
Neptune
It’s the farthest planet
from the Sun
3
Newton's second law

Spaceship launch
Third law
Equal & opposite
Example
Opposite Equal
Direction Magnitude
has several rings
from the Sun
Newton's third law

Venus
from the Sun
has several rings
Saturn
Newton's third law
Action
planet from the Sun
Mars is a cold place full of
iron oxide dust
Reaction

Action
planet from the Sun
has several rings
Reaction Attraction
Mars is a cold place full of
iron oxide dust
Newton's third law

The force of the nail on the
hammer
Action
The force of the hammer
on the nail
Reaction
Nail
planet to the Sun
Hammer
from the Sun
Newton's third law

Acceleration force
planet from the Sun
Weight
planet of them all
Gravity
The Earth is the planet
where we all live
Newton's third law

Equilibrium
planet to the Sun and the
smallest one in the Solar
System. This planet's
name has nothing to do
with the liquid metal
has several rings
Reaction
planet to the Sun
Action
Newton's third law

Drag
Mars is full of iron oxide
dust which gives the
the only one with life
Lift
Venus is terribly hot, and
its atmosphere is
extremely poisonous
Thrust
Saturn is mostly
composed of hydrogen
and helium
Weight
3rd
1st
Newton's first and third laws

Inertia
dust which gives the
1st
Venus is terribly hot, even
its atmosphere is
extremely poisonous
Action - Reaction
3r
d
Newton's First and third laws

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