Question

mg (a + g) m (g - a) hockey puck slides up and over a smooth icy hill, as shown. The path of the puck is shown with the dashed line. Assume no friction and assume that the hill has a round circular shape. At the moment when the puck is at the top of the hill, which free-body diagram most accurately represents the directions and relative magnitudes of all the forces on the puck.

          mg (a + g) m (g - a) hockey puck slides up and over a smooth icy hill, as shown. The path of the puck is shown with the dashed line. Assume no friction and assume that the hill has a round circular shape. At the moment when the puck is at the top of the hill, which free-body diagram most accurately represents the directions and relative magnitudes of all the forces on the puck.
        
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University Physics with Modern Physics
University Physics with Modern Physics
Hugh D. Young 14th Edition
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mg (a + g) m (g - a) hockey puck slides up and over a smooth icy hill, as shown. The path of the puck is shown with the dashed line. Assume no friction and assume that the hill has a round circular shape. At the moment when the puck is at the top of the hill, which free-body diagram most accurately represents the directions and relative magnitudes of all the forces on the puck.
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Transcript

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00:01 Hello and welcome to this video solution of numerid.
00:04 So here we are given that a hockey park slides up and over smooth icy hill as shown.
00:13 Right.
00:13 So let me just draw a simple diagram.
00:15 So here we have a hilly path, right, some sort of this.
00:21 And the hockey park is somewhat at this topmost section.
00:26 And this dotted line is showing its path of motion...
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