# data[].attributes.body
As long as we are on Earth, gravity always pulls us towards the Earth.

On the aeroplane/airplane, the upward lift of the airplane counters the downward force of gravity, causing the skydivers to not fall.

The skydiver's weight is constant throughout the fall.

Air resistance (friction) slows the skydiver down, causing the skydiver to go at a constant speed downwards.

As the skydiver is about to land, a parachute is deployed, which significantly increases the amount of air resistance of the skydiver, slowing the skydiver down enough such that the skydiver does not kill himself.
(like Klien does)

# data[].attributes.body
The gravitational force of the earth is being balanced out by the plane's direction of upward movement. When the skydiver jumps off the plane, gravity is the only force working on the skydiver and she slowly gains speed. After some time, she is falling at a constant speed. Her speed then slows down when she releases her parachute as the parachute has a large surface area which increases air resistance. This air resistance counters the gravitational pull, balancing out the upward and downward forces.

# data[].attributes.body
the force of gravity constantly pulls us towards the earth. air resistance is acting in the opposite direction, the faster she falls, the greater the air resistance. eventually, the upwards force of air is equals to the downward force of gravity and the speed remains constant as the forces are balanced. it does not mean that she stopped falling, it just meant that she stopped accelerating.

# data[].attributes.headline
Wee Herng and Eugene Cayle Barachina Mangubat.

# data[].attributes.subject
Wee Herng and Eugene Cayle Barachina Mangubat.

# data[].attributes.body
We observed that air resistance goes against the pull of gravity and helps to slow the skydiver down as she falls gracefully towards the Earth.

We also noticed that the parachute helped to stop her from ending up as a great red splat of ketchup on the face of the Earth by helping to increase her air resistance and slowing down her speed.

# data[].attributes.body
The gravity makes her GOTTA GO FAST.
After a while there is more air resistance due to her speed so she's NOT SO FAST.
The girl girl will no longer accelerate then and will move at a CONSTANT FAST. But she will still go SPLAT! if she bangs the ground.
When the girlie opens the parachute, there is more air resistance and she starts to slow down (no longer Sonic). But now she won't SPLAT! when she bangs the ground so she won't DIE DIE DIE!

# data[].attributes.body
Wee Herng and Eugene Cayle Barachina Mangubat.

Anonymous
1m
Wee Herng and Eugene Cayle Barachina Mangubat.
We observed that air resistance goes against the pull of gravity and helps to slow the skydiver down as she falls gracefully towards the Earth.


 We also noticed that the parachute helped to stop her from ending up as a great red splat of ketchup on the face of the Earth by helping to increase her air resistance and slowing down her speed. 
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Anonymous 22h
fwoosh!

Anonymous 22h
Barachina

Anonymous 22h
yeboiii

Anonymous 22h
Oof

Anonymous 22h
at the last

Anonymous 22h
IM BLUE

Anonymous 22h
hi blue!

Anonymous 22h
blue

Anonymous 22h
im blue da ba dee da ba die da be dee da ba die

Anonymous 1m
hi im blue da ba dee da ba die da ba dee da ba die im Doge

Anonymous 1m
die doge

Anonymous 1m
y should I
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Venedict and Yung Zhao

Anonymous
1m
Venedict and Yung Zhao
The gravitational force of the earth is being balanced out by the plane's direction of upward movement. When the skydiver jumps off the plane, gravity

# data[].attributes.body
When the skydiver was on the plane, the gravitational force and counter-force are equal. When the skydiver jumps off, there is air resistance but the air resistance is smaller than the gravitational force so the skydiver will accelerate as he falls down. After a while, the air resistance will become equal with the gravitational force and the skydiver will fall at a constant speed. When the skydiver deploy his parachute, the air resistance will become bigger and he will slow down as the air resistance becomes equal with the gravitational force.

# data[].attributes.body
downward forces.
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Wee Herng and Eugene Cayle Barachina Mangubat.

Anonymous
1m
Wee Herng and Eugene Cayle Barachina Mangubat.
We observed that air resistance goes against the pull of gravity and helps to slow the skydiver down as she falls gracefully towards the Earth.


 We also noticed that the parachute helped to stop her from ending up as a great red splat of ketchup on the face of the Earth by helping to increase her air resistance and slowing down her speed. 

# data[].attributes.body
Gravitational force is pulling the skydiver down while the air resistance does the opposite, which slows the skydiver down. The higher the skydiver is, the more the gravitational force, which pulls the skydiver down. After she releases the parachute , she slows down as the parachute has a large surface area which allows air to push it up, also slowing down the skydiver. ;

# data[].attributes.body
forces change as the skydiver jumps from the plane until he reaches the ground

gravitational force is acting on the skydiver all the way for example the when skydiver is on the plane.

# data[].attributes.body
as the skydiver falls of the plane the force of gravity will constantly be pulling the sky diver down but because of air resistant the force of gravity and air resistant will be equal thus the skydiver will be falling at a constant and not increasing in speed the faster the sky diver falls the greater the air resisitants but to land safely and not get injured the parachute would have to be deployed when the parachute is deployed a large amount of air resistants would be gained and thus now the air resistants would be larger then the force or gravity thus decreasing the falling speed and makes it safe for the sky diver to land when the sky diver lands a large amount of force will oppose the force of gravity and the sky diver will stop and land safely

# data[].attributes.body
When a skydiver jumps out of a plane at 3000m her speed goes through some big changes. The force of gravity is always trying to pull us towards the earth. Before the skydiver jumps, the floor of a plane provides a counter force which balances the downward force of gravity right until the moment the skydiver steps out of the plane. Gravity immediately pulls her to the ground and she starts to accelerate downwards. Air resistance is acting in the opposite direction the faster she falls. the greater the air resistance. Eventually, the upward force of the air equals to the downward force of gravity. when forces are balanced the speed will remain constant.

# data[].attributes.body
The force of gravity is always pulling us towards the earth.When  the parachutist, jumps out of the plane, there was gravity and air resistance. When both are equal,the speed becomes constant.To slow down, gravity has to be greater than air resistance.

# data[].attributes.body
The skydiver falls as there is gravitational force acting on him. When the skydiver falls out of the plane, the faster he falls,  the greater the air-resistance.

# data[].attributes.body
The faster the sky diver falls to the ground, the more the air resistance.  The skydiver uses a parachute  to increase the air resistance that acts on her to slow her down. When forces in both directions are balanced, the speed remains constant.

# data[].attributes.body
The force of gravity pulls the skydiver towards the earth. After  a while, the downward force of gravity balances with the upward force to balance the skydiver when she is falling. To slow down, the upward force needs to be greater than the downward force. The skydiver will then release the parachute. Air resistance takes over the downward force of gravity and she lands to the ground slowly. :)

# data[].attributes.body
The gravity pull the skydivers towards the Earth.When they want to slow down,the upwards force must be greater than the downwards force,known as gravity.When they slow down,balance is achieved.The faster the fall,the greater the gravity

# data[].attributes.body
When the skydiver jumps out of the plane without releasing the parachute, the speed increases until a certain speed that will remain constant before the skydiver release the parachute due to gravitational force acting on the skydiver. Once the skydiver releases the parachute, The speed of the Skydiver would decrease as frictional force( air resistance) is acting in the direction against the parachute as friction opposes motion. This helps the parachutist from falling to the ground at a high speed which prevents her from dying.

# data[].attributes.body
the speed of the skydivers increased due to the lack of the plane unlike when they were on the plane. as the gravitational force pulls the skydivers towards the earth surface,the air resistance going against them also increases. when the gravitational force and the air resistance are the same, the speed of the skydiver also remains at a constant speed. when the skydiver is reaching the earth surface but still goes at a dangerous speed, they release their parachute to increase the amount of air resistance acting on them to decrease their speed to a safe speed

# data[].attributes.body
force of gravity is always trying to pull us to the earth

the floor of the plane is a counter force

when gravity pulls her down she starts to accelerate

the faster she falls the greater the air resistance

the gravity and air resistance is balanced so her speed is constant

when parachute opens the air resistance is greater than gravity n so the forces are imbalanced and she slows down reaching a slower constant speed

this shows that air resistance and gravity will change depending on the other force.

# data[].attributes.body
 We also noticed that the parachute helped to stop her from ending up as a great red splat of ketchup on the face of the Earth by helping to increase her air resistance and slowing down her speed. 
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Anonymous 22h
fwoosh!

Anonymous 22h
Barachina

Anonymous 22h
yeboiii

Anonymous 22h
Oof

Anonymous 22h
at the last

Anonymous 22h
IM BLUE

Anonymous 22h
hi blue!

Anonymous 22h
blue

Anonymous 22h
im blue da ba dee da ba die da be dee da ba die
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klein is trash

Anonymous
1m
klein is trash
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Anonymous 1m
Yes i AM
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Aaliya & Serena

Anonymous
1m
Aaliya & Serena
The gravitational force will pull the person down as the air resistance slows them down. The higher she is , the more the gravity acting on it which makes her go at a faster speed.
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Anonymous 22h
You guys so cute :)

Anonymous 22h
HARASSMENT

Anonymous 22h
AHAHA ya'll legit v cute

Anonymous 22h
awww thank u HAHAHAH

Anonymous 7m
Serena cuteness overload ;)

Anonymous 6m
Don't suffer in silence

Anonymous 5m
This is not a school for _________!

Anonymous 5m
Report harassment to a teacher
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Peng Gin & Xing Yu

Anonymous
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Peng Gin & Xing Yu

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# data[].attributes.body
1. counter force exerted by the floor of plane until skydiver leaves plane.
2. Once out of plane, skydiver accelerates rapidly downwards  due to gravity.
3.As Skydiver accelerates, air resistance builds up and becomes greater until it matches the gravitational pull of earth.
This makes the skydiver fall downwards at a constant speed.
4.When the skydiver opens the parachute, air resistance becomes greater than t he gravitational pull and the skydivers speed decreases rapidly.
5.When the skydiver reaches the ground, a counter force will be exerted by the ground and the skydiver will stop falling downwards almost instantly.