Possible webpage title: Projectile Launch and Landing: Key Questions to Consider

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The discussion revolves around a projectile launched from a lower point to a higher landing point, prompting five specific questions about its motion. Key inquiries include the timing of maximum vertical and horizontal velocities, the minimum vertical velocity, the acceleration at the peak of the trajectory, and a comparison of the duration of upward versus downward motion. Participants emphasize the need for the original poster to provide their answers for constructive feedback. The thread highlights a common tendency to overthink physics concepts, indicating a desire for clarity and confidence in understanding projectile motion. Engaging with these questions can enhance comprehension of the principles involved in projectile dynamics.
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The Statement is:

A projectile is launched so that its point of launch is lower than its point of landing.

I have 5 questions based off this statement, I know these questions may seem easy but I just wanted to make sure I had them right before handing my assignment in. I have a tendency to hesitate and overthink.

When is the vertical velocity at a maximum?

When is the horizontal velocity at a maximum?

When is the vertical velocity at a minimum?

What is the acceleration of the object at the very top of its path?

Which will take longer: the upward motion or the downward motion?


Any feedback would be much appreciated.
 
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phee said:
The Statement is:

A projectile is launched so that its point of launch is lower than its point of landing.

I have 5 questions based off this statement, I know these questions may seem easy but I just wanted to make sure I had them right before handing my assignment in. I have a tendency to hesitate and overthink.

When is the vertical velocity at a maximum?

When is the horizontal velocity at a maximum?

When is the vertical velocity at a minimum?

What is the acceleration of the object at the very top of its path?

Which will take longer: the upward motion or the downward motion?Any feedback would be much appreciated.

We can't tell you if you are right until you tell us what your answers are.
 
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