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Projectile Motion Quiz

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Projectile Motion Quiz

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About this activity

Test your understanding of projectile motion basics

Created by

Marielle Lubrica
Marielle Lubrica
Philippines

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Projectile Motion Quiz
 

Projectile Motion QuizOnline version

Test your understanding of projectile motion basics

by Marielle Lubrica
1

What is the time of flight formula in projectile motion (ignoring air resistance)?

2

What is the formula for horizontal range R of a projectile?

3

What is the maximum height H reached by a projectile?

4

What is the equation of the trajectory (path) y in terms of x?

5

If a projectile is launched at 45° with speed u, what is the range formula simplification?

6

What does the Time of Flight physically represent?

7

How does maximum height depend on launch angle θ?

8

How does increasing launch speed u affect the range R (same angle)?

9

Which motion component has constant velocity (ignoring air resistance)?

Feedback

Time of flight depends on initial speed, launch angle, and gravity. Source: Projectile Motion formulas.

Range uses speed, angle, and gravity via sin 2θ.

Maximum height depends on the vertical component of velocity.

The trajectory equation relates x and y for a launched projectile.

At θ=45°, sin2θ = 1, so R = u^2/g.

Time in air until projectile returns to launch level (ignoring height differences).

Height increases with the square of the vertical velocity component.

Range grows with the square of speed for a given angle.

Horizontal component has constant velocity as horizontal acceleration is zero (neglecting air).

 
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