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\bf{ \orange{Given \ Information}}Given Information
Two blocks P and Q of equal masses 1 kg are placed on a rough inclined plane. Initially the block P is \sf{\sqrt{2}}2 m behind the block Q. While moving down the incline, block P and Q experience a retarding force \sf{\sqrt{2 \ N}}2 N and \sf{\dfrac{3}{\sqrt{2}}}23 N respectively.
1. If the two blocks are released simultaneously, then find the time taken by the blocks to come on the same line on the inclined plane as shown in the figure.
2.Find the distance travelled by the blocks along the incline till they come on the same line on the inclined plane.
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Given Information
Two blocks P and Q of equal masses 1 kg are placed on a rough inclined plane. Initially the block P is \sf{\sqrt{2}}2 m behind the block Q. While moving down the incline, block P and Q experience a retarding force \sf{\sqrt{2 \ N}}2 N and \sf{\dfrac{3}{\sqrt{2}}}23 N respectively
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