Gizmos - Golf Range Answer Key, New Update 2022
Vocabulary: acceleration, air resistance, gravity, hang time, launch angle, projectile motion, trajectory, vector, velocity Gizmo s - Student Exploration: Golf Range Answer Key New Update 2022 Vocabulary: acceleration, air resistance, gravity, hang ...
gizmos student exploration golf range answer key new update 2022
gizmos student exploration golf range answer key new update 2022 vocabulary acceleration
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Gizmos : Golf Range Answer Key
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Name: Date:
Student Exploration: Golf Range
Vocabulary: acceleration, air resistance, gravity, hang time, launch angle, projectile motion,
trajectory, vector, velocity
Prior Knowledge Questions (Do these BEFORE using the Gizmo.)
1. You are in a contest with your friends to see who can drive a golf ball the farthest. Should
you hit a “line drive” (low to the ground) or a shot with a very high angle? Explain.
You should hit a line drive to get the highest horizontal velocity, which will cause th
ball to go farther before the force of gravity brings it back to the ground.
2. Golf drives travel much farther than Major League home runs. Why might this be?
Major League home runs require the baseball to have more vertical
velocity than the golf drives require on the golf balls.
Gizmo Warm-up
Have you ever hit a hole-in-one? You will have a chance to do
that in the Golf Range Gizmo™, where you will see how a variety
of factors affect the path of a golf ball. The movement of objects
such as a ball through space is called projectile motion.
1. Press Play ( ). Did the ball go too far, the right distance,
or not far enough? Not far enough
2. Click Reset ( ). Move the vinitial and θ sliders to adjust the velocity and launch angle
until you get a hole-in-one. (With the Gizmo sound on ( ) you will hear “Hole in one!”)
What were the velocity and launch angle values? Velocity = 65m/s and the Launch Angl
= 65 degrees.
3. Can you get holes-in-one using other combinations of vinitial and θ? If so, give an example.
Vinitial = 68m/s and θ = 30 vinitial = 82m/s and θ= 18 vinitial = 100m/s and θ= 11.5
,
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