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A wooden block with a weight of 3.2 kg slides on inclined plane that slopes down with an angle below the horizontal to a distance of 1.4 m. if the final speed of the block is 3.2 m/s when there is no friction. Calculate the angle required for the block to slide as it starts from rest.

A wooden block with a weight of 3.2 kg slides on inclined plane that slopes down with an angle below the horizontal to a distance of 1.4 m. if the final speed of the block is 3.2 m/s when there is no friction. Calculate the angle required for the block to slide as it starts from rest.

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A wooden block with a weight of 3.2 kg slides on inclined plane that slopes down with an angle below the horizontal to a distance of 1.4 m. if the final speed of the block is 3.2 m/s when there is no friction. Calculate the angle required for the block to slide as it starts from rest.
Transcribed Image Text:A wooden block with a weight of 3.2 kg slides on inclined plane that slopes down with an angle below the horizontal to a distance of 1.4 m. if the final speed of the block is 3.2 m/s when there is no friction. Calculate the angle required for the block to slide as it starts from rest.
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