Football Throwing Problem: Solving for Horizontal Catch Distance

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Homework Help Overview

The discussion revolves around a problem in kinematics related to projectile motion, specifically concerning the horizontal distance a football must travel when thrown at a certain speed and angle.

Discussion Character

  • Exploratory, Conceptual clarification, Mathematical reasoning

Approaches and Questions Raised

  • Participants discuss the use of the range formula and the importance of determining the time the ball is in the air. Some express confusion about the problem's simplicity and seek clarification on specific aspects of the question.

Discussion Status

There is an ongoing exchange of ideas, with some participants suggesting that the original poster should show their work for better assistance. Hints regarding the need to find the time of flight have been provided, indicating a potential direction for the discussion.

Contextual Notes

Participants note that the problem involves basic kinematic principles and emphasize the need for clarity in the original poster's understanding of the problem setup.

ckymike
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I get the feeling this one is really easy but I am having a hard time. I am trying to figure this out but its making me go nuts. I think you might have to use the range formula but I am not 100 percent sure. thanks in advance

A football is thrown toward a receiver with an initial speed of 20 m/s at an angle of 25° above the horizontal. At what horizontal distance the receiver should be to catch the football at the level at which it was thrown?
 
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you should really show some work before asking for help and yes this is a really easy one.

HINT: finding the time the ball is in the air is key to calculating the range.
 
You just need to substitute the given variables in the formula to find range. I don't know what is difficult here? Please make clear the part you have not understood if you want us to explain you something. We cannot read your mind, only what you write.
 
This is a qn on 2D motion, You can solve it using one of the four formulas in kinematics.. See what are the given quantities and what is it that u are finding.
 

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