How Do You Calculate Projectile Motion from a Cliff?

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SUMMARY

The discussion focuses on calculating projectile motion for an object shot horizontally at 220 m/s from a height of 620 m. To determine the time until the projectile hits the ground, the relevant physics equations involving gravity and horizontal motion must be applied. The time of flight can be calculated using the formula derived from free fall, while the horizontal distance traveled can be found using the horizontal velocity and time of flight. Specific equations from physics textbooks are essential for solving these problems accurately.

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A projectile is shot horizontally at 220 m/s from the top of a 620 m high cliff.

A) How long till the projectile hits the ground?

B) How far from the base of the cliff does the projectile land?


I am going to be honest. I have no idea how to do any of my Physics homework. ): I still have 3 more questions to do too outta 5.
 
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catallie16 said:
A projectile is shot horizontally at 220 m/s from the top of a 620 m high cliff.

A) How long till the projectile hits the ground?

B) How far from the base of the cliff does the projectile land?


I am going to be honest. I have no idea how to do any of my Physics homework. ): I still have 3 more questions to do too outta 5.

Welcome to the PF.

Per the PF rules (see the Rules link at the top of the page), you need to show some effort on your schoolwork before we can be of tutorial help.

What are the relevant equations for these types of problems? They are listed in your textbook or other learning materials. The equations relate the position, velocity and acceleration of the object versus time. Can you write those general equations here? And then how would they apply to these questions?
 

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