5187 back. the total flying time is 18.7 hours. the trip to the base takes longer because of gravitational headwinds. if the x-wing's average speed w/o headwinds is 687 parsecs/hr, what is the speed of the gravitational headwind?
cularly aviation, this is referred to as 1 g of acceleration.
If you were accelerating at 2.5 g, what would be your average acceleration?
If you started from rest, what would be your speed after 10 s?
What would be your average speed during the acceleration?
How far would you have travelled in this time?
at her at speed of 40m/s. She shouts, “Youch!’ because the fast-moving ball hurts her hands. She quickly learns how to move her arms and hands along with the ball as she catches it to reduce the magnitude of the impulse force. If the contact time of the collision is increased from the original value of 3.5ms with no arm or hand movement, to 8.5ms in the manner described, how do the magnitudes of the average impulse forces compare? Calculate both of these average forces.