# data[].attributes.body
Did all of the divers leave the plane at the same time?

they do not have to leave at the same time.

How did the divers get into that formation?

They were able to control their bodies - change the amount of surface area affected by the air resistance

Are the divers able to control their speed? How?

They change the amount of surface area that is affected by air resistance. As a result, they can either slow down or speed up.

# data[].attributes.headline
Did all of the divers leave the plane at the same time?	No, they left one after anotherHow did the divers get into that formation?	They were able to control their bodies - change the amount of surface area affected by the air resistanceAre the divers able to control their speed? How?They change the amount of surface area that is affected by air resistance. As a result, they can either slow down or speed up.

# data[].attributes.subject
Did all of the divers leave the plane at the same time?	No, they left one after anotherHow did the divers get into that formation?	They were able to control their bodies - change the amount of surface area affected by the air resistanceAre the divers able to control their speed? How?They change the amount of surface area that is affected by air resistance. As a result, they can either slow down or speed up.

# data[].attributes.body
3. The divers did not leave the plane at the same time, but they were able to control their speed to catch up to one another
4. The divers were able to change the horizontal and vertical components of air resistance that were acting on them by changing the angle of their body. Depending on the surface area facing downward, left, or right, they were able to change direction and acceleration
5. The divers are able to accelerate or decelerate based on their surface area. A greater surface area increases air resistance, which will decrease acceleration.

# data[].attributes.body
The divers manipulated their body positions to increase/decrease the amount of surface area getting affected by air resistance creating more/less drag

# data[].attributes.body
The divers did not leave the plane at the same time; but were able to get into formation by controlling their surface area, affecting air resistance and therefore their speed. The greater the surface area, the greater the air resistance and the slower their speed.

# data[].attributes.body
3)Not necessarily.
4)Yes
5)Yes, the divers are able to control their speeds. By pointing their head towards the ground, they reduce surface area and thus reduce the drag coefficient. By laying stomach flat and spreading out their limbs, surface area increases and thus the drag coefficient increases. The higher the drag coefficient the slower the person travels.While laying flat, the people can tilt laterally to move on the horizontal plane. With all of this, the people are able to maneuver into the formation.

# data[].attributes.body
3. No
4. yes
5. The divers control their speed by adjusting their surface area that would be going against the air.  For example, if a person is parallel to the ground, their surface area affected by air is larger than if they were standing straight up. Therefore, they would have more air resistance  in a horizontal position than if they were standing up. As such, a diver can accelerate and decelerate by changing their amount of drag by changing their body position.

# data[].attributes.body
3. No 5.

# data[].attributes.body
3. No

# data[].attributes.body
Drag, drag, its all about drag
You

# data[].attributes.body
Drag, drag, its all about drag

# data[].attributes.body
Hi