A box is launched up a frictionless incline with an angle of elevation

. The maximum height reached by the box is h. The box is again launched up the incline with the same initial speed it had before, but this time the angle of elevation has been increased to A box is launched up a frictionless incline with an angle of elevation . The maximum height reached by the box is h. The box is again launched up the incline with the same initial speed it had before, but this time the angle of elevation has been increased to . How does the maximum height H reached this time by the box compare with the previous value h? A) B) C) D)

. How does the maximum height H reached this time by the box compare with the previous value h?
A) A box is launched up a frictionless incline with an angle of elevation . The maximum height reached by the box is h. The box is again launched up the incline with the same initial speed it had before, but this time the angle of elevation has been increased to . How does the maximum height H reached this time by the box compare with the previous value h? A) B) C) D)

Jamal Pulls a 150-N Sled Up a 28 °\degree° Slope at Constant Speed by a Force of 120 N

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Jamal Pulls a 150-N Sled Up a 28 $\degree$ Slope at Constant Speed by a Force of 120 N

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