Release
Accelerating
Terminal Velocity
Parachute opens
Terminal velocity
Party
At the point of release, the sky diver is not moving, so there is no ______________________.
As the skydiver begins to fall, _______________ increases because of the downward force of _______________ so air resistance also ________________.
Eventually, the skydiver reaches a point where the force of his weight and air resistance are ________________ this is terminal velocity, so stops ___________________ and moves at a ______________ velocity.
When the parachute opens, air resistance __________________, so it is larger than the downward weight force, so the skydiver _________________.
The skydiver decelerates, so air resistance ___________________, until it equal to the weight, so the skydiver stops _______________ and reaches a slower new_______________________.
And he arrived just in time to blow out the candles on his birthday cake!
Release
Accelerating
Terminal Velocity
Parachute opens
Terminal velocity
Party
At the point of release, the sky diver is not moving, so there is no ______________________.
As the skydiver begins to fall, _______________ increases because of the downward force of _______________ so air resistance also ________________.
Eventually, the skydiver reaches a point where the force of his weight and air resistance are ________________ this is terminal velocity, so stops ___________________ and moves at a ______________ velocity.
When the parachute opens, air resistance __________________, so it is larger than the downward weight force, so the skydiver _________________.
The skydiver decelerates, so air resistance ___________________, until it equal to the weight, so the skydiver stops _______________ and reaches a slower new_______________________.
And he arrived just in time to blow out the candles on his birthday cake!
Release
Accelerating
Terminal Velocity
Parachute opens
Terminal velocity
Party
At the point of release, the sky diver is not moving, so there is no ______________________.
As the skydiver begins to fall, _______________ increases because of the downward force of _______________ so air resistance also ________________.
Eventually, the skydiver reaches a point where the force of his weight and air resistance are ________________ this is terminal velocity, so stops ___________________ and moves at a ______________ velocity.
When the parachute opens, air resistance __________________, so it is larger than the downward weight force, so the skydiver _________________.
The skydiver decelerates, so air resistance ___________________, until it equal to the weight, so the skydiver stops _______________ and reaches a slower new_______________________.
And he arrived just in time to blow out the candles on his birthday cake!
Release
Accelerating
Terminal Velocity
Parachute opens
Terminal velocity
Party
At the point of release, the sky diver is not moving, so there is no ______________________.
As the skydiver begins to fall, _______________ increases because of the downward force of _______________ so air resistance also ________________.
Eventually, the skydiver reaches a point where the force of his weight and air resistance are ________________ this is terminal velocity, so stops ___________________ and moves at a ______________ velocity.
When the parachute opens, air resistance __________________, so it is larger than the downward weight force, so the skydiver _________________.
The skydiver decelerates, so air resistance ___________________, until it equal to the weight, so the skydiver stops _______________ and reaches a slower new_______________________.
And he arrived just in time to blow out the candles on his birthday cake!
Release
Accelerating
Terminal Velocity
Parachute opens
Terminal velocity
Party
At the point of release, the sky diver is not moving, so there is no ______________________.
As the skydiver begins to fall, _______________ increases because of the downward force of _______________ so air resistance also ________________.
Eventually, the skydiver reaches a point where the force of his weight and air resistance are ________________ this is terminal velocity, so stops ___________________ and moves at a ______________ velocity.
When the parachute opens, air resistance __________________, so it is larger than the downward weight force, so the skydiver _________________.
The skydiver decelerates, so air resistance ___________________, until it equal to the weight, so the skydiver stops _______________ and reaches a slower new_______________________.
And he arrived just in time to blow out the candles on his birthday cake!
Release
Accelerating
Terminal Velocity
Parachute opens
Terminal velocity
Party
At the point of release, the sky diver is not moving, so there is no ______________________.
As the skydiver begins to fall, _______________ increases because of the downward force of _______________ so air resistance also ________________.
Eventually, the skydiver reaches a point where the force of his weight and air resistance are ________________ this is terminal velocity, so stops ___________________ and moves at a ______________ velocity.
When the parachute opens, air resistance __________________, so it is larger than the downward weight force, so the skydiver _________________.
The skydiver decelerates, so air resistance ___________________, until it equal to the weight, so the skydiver stops _______________ and reaches a slower new_______________________.
And he arrived just in time to blow out the candles on his birthday cake!
Release
Accelerating
Terminal Velocity
Parachute opens
Terminal velocity
Party
At the point of release, the sky diver is not moving, so there is no ______________________.
As the skydiver begins to fall, _______________ increases because of the downward force of _______________ so air resistance also ________________.
Eventually, the skydiver reaches a point where the force of his weight and air resistance are ________________ this is terminal velocity, so stops ___________________ and moves at a ______________ velocity.
When the parachute opens, air resistance __________________, so it is larger than the downward weight force, so the skydiver _________________.
The skydiver decelerates, so air resistance ___________________, until it equal to the weight, so the skydiver stops _______________ and reaches a slower new_______________________.
And he arrived just in time to blow out the candles on his birthday cake!