Hang time in projectile motion

In summary, the question asks which of the three punts, with the same initial height but at different velocities and angles, has the longest hang time. The given equations suggest that all three punts would have the same hang time since the height of the projectile is not taken into consideration.
  • #1
Tearsandrille
20
0

Homework Statement


A punter kicks a football to the same height but at various velocities and angles. Which of the three punts has the longest hang time?
The illustration shows three trajectories: A, B, and C. In order for range from smallest to largest is: A, B, C.


Homework Equations


h = Voy^2/(2*g)


The Attempt at a Solution


Since the height of the projectile does not take into consideration the time of the projectile all three would have the same hang time.

Just wondering if this is correct.

Thank you,
TS
 
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  • #2
Tearsandrille said:

Homework Statement


A punter kicks a football to the same height but at various velocities and angles. Which of the three punts has the longest hang time?
The illustration shows three trajectories: A, B, and C. In order for range from smallest to largest is: A, B, C.


Homework Equations


h = Voy^2/(2*g)


The Attempt at a Solution


Since the height of the projectile does not take into consideration the time of the projectile all three would have the same hang time.

Just wondering if this is correct.

Thank you,
TS

Yep. Good job.
 

1. What is hang time in projectile motion?

Hang time in projectile motion refers to the amount of time that an object remains in the air during its motion. It is the time between when the object is launched and when it touches the ground.

2. How is hang time calculated in projectile motion?

The hang time in projectile motion can be calculated using the formula t = 2Vsinθ/g, where t is the hang time, V is the initial velocity, θ is the launch angle, and g is the acceleration due to gravity.

3. Does the mass of the object affect its hang time in projectile motion?

No, the hang time in projectile motion is not affected by the mass of the object. It is only influenced by the initial velocity and launch angle of the object.

4. How does air resistance affect hang time in projectile motion?

Air resistance can decrease the hang time in projectile motion by slowing down the object's velocity and causing it to fall faster. This is because air resistance creates a force that acts against the direction of motion, ultimately reducing the object's hang time.

5. What factors can affect the hang time in projectile motion?

The hang time in projectile motion can be affected by the initial velocity, launch angle, air resistance, and gravity. Other factors such as altitude, wind, and the shape of the object may also have an impact on the hang time.

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