Tangential/Normal Components etc.

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The discussion revolves around a dynamics problem involving a path defined by the function y=1/20 x^2, where at x=10m and y=5m, the speed is 6 m/s with an acceleration of 2 m/s^2. The directional angle of the velocity from the horizontal is determined to be 45 degrees. Additionally, the radius of curvature of the path at this instant is calculated to be 28.28 m. Participants suggest checking textbooks for guidance and encourage posting attempts to facilitate further discussion. The conversation emphasizes the importance of understanding dynamics concepts to solve the problem effectively.
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1. A path is defined by the function y=1/20 x^2. One instant x=10m and y= 5 m the speed is 6 m/s and increasing at 2 m/s^2.

a)Find the directional angle of the velocity from the horizontal?
The answer is 45 degrees

b)What is the radius of curvature of her path at this instant?
The answer is 28.28 m




3. Can anyone give any hints onto how I should start this problem I am really confused!
 
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any ideas?
 
It's a standard dynamics problem. Why don't you go ahead and check your textbook and then post your attempt.
 
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