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The X component in projectile motion isn't impacted by gravity, but the Y component is. Since the Y component is impacted by gravity (also assuming you're on Earth) ...

The Y component's acceleration will be ~ +- 9.81 m/s^2

The X component is assumed to be 0 m/s^2 (disregard air resistance)

You can also assume the X component's velocity remains constant since there is 0 acceleration.

Using that information and information given, solve for time (using Kinematic formulas) and you should be able to derive all the information you need for projectile motion from that information. Hope that helps!

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8y ago
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8y ago


Gravity exerts force in only one direction. It's the direction along the line
between the centers of the two masses involved, and it's the direction we
call "down" (as soon as we figure out what direction gravity is acting in).

If you set up your coordinate axes so that one of them is aligned parallel
to 'down' (the direction of gravity), then gravity has no effect in either of
the other two components of space.

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Q: How does gravity affects two components of projectile motion?
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How does the gravity affect the two components of projectile motion?

Projectile motion has two components horizontal motion and vertical motion. Gravity affects only the vertical motion of projectile motion.


How does gravity affect the 2 components of projectile motion?

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What Two dimensional motion is not always projectile motion in two dimensional motion that is not projectile motion is blank is not accelerating the object?

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