![A hammer of mass 500 g, moving at 50 ms^-1, strikes a nail. The nail stops the hammer in a very short time of 0.01 s. What is the force of the A hammer of mass 500 g, moving at 50 ms^-1, strikes a nail. The nail stops the hammer in a very short time of 0.01 s. What is the force of the](https://dwes9vv9u0550.cloudfront.net/images/2791244/c5dff06b-e6e4-46a3-8ff0-d932fffa9b72.jpg)
A hammer of mass 500 g, moving at 50 ms^-1, strikes a nail. The nail stops the hammer in a very short time of 0.01 s. What is the force of the
A hammer of mass 500 g, moving at 50 ms^-1, strikes a nail. The nail stops the hammer in a very short time of 0.01 s. What is the force of the
![The principles of physics. 82. pounds applied at its circumference may be in equilibrium with a resist-ance of 600 pounds applied to its axle, which is 3 inches in diameter ? The principles of physics. 82. pounds applied at its circumference may be in equilibrium with a resist-ance of 600 pounds applied to its axle, which is 3 inches in diameter ?](https://c8.alamy.com/comp/2AFTNEP/the-principles-of-physics-82-pounds-applied-at-its-circumference-may-be-in-equilibrium-with-a-resist-ance-of-600-pounds-applied-to-its-axle-which-is-3-inches-in-diameter-27-how-would-you-calculate-the-mechanical-advantage-gained-by-amachine-like-that-of-fig-81-on-the-axle-a-is-an-endless-screw-a-bymeans-of-which-motion-is-communicated-from-the-axle-to-the-wheel-w-combination-of-machines-115-28-a-where-is-the-fulcrum-in-a-claw-hammer-fig-82-6-whatis-the-ratio-of-the-mechanical-advantage-gained-by-means-of-it-29-in-its-technical-meaning-a-perpetual-motion-machine-is-n-2AFTNEP.jpg)
The principles of physics. 82. pounds applied at its circumference may be in equilibrium with a resist-ance of 600 pounds applied to its axle, which is 3 inches in diameter ?
![A hammer of mass 500 g, moving at 50 ms^-1, strikes a nail. The nail stops the hammer in a very short time of 0.01 s. What is the force of the A hammer of mass 500 g, moving at 50 ms^-1, strikes a nail. The nail stops the hammer in a very short time of 0.01 s. What is the force of the](https://dwes9vv9u0550.cloudfront.net/images/4457846/80cc83fd-e6d5-4c10-b8d7-51343fbf2df2.jpg)
A hammer of mass 500 g, moving at 50 ms^-1, strikes a nail. The nail stops the hammer in a very short time of 0.01 s. What is the force of the
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![A hammar of mass 1 kg strike on the head of a nail with a velocity of 2 ms^-1 . It drives the nail 0.01 m into a wooden block. Find the A hammar of mass 1 kg strike on the head of a nail with a velocity of 2 ms^-1 . It drives the nail 0.01 m into a wooden block. Find the](https://toppr-doubts-media.s3.amazonaws.com/images/2628959/4e8fa066-be65-4ee7-adaa-e2c1fc13ec48.jpg)
A hammar of mass 1 kg strike on the head of a nail with a velocity of 2 ms^-1 . It drives the nail 0.01 m into a wooden block. Find the
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![The principles of physics. Fig. 81. Fig. 82. pounds applied at its circumference may be in equilibrium with a resist-ance of 600 pounds applied to its axle, which is 3 inches The principles of physics. Fig. 81. Fig. 82. pounds applied at its circumference may be in equilibrium with a resist-ance of 600 pounds applied to its axle, which is 3 inches](https://c8.alamy.com/comp/2AFTNMT/the-principles-of-physics-fig-81-fig-82-pounds-applied-at-its-circumference-may-be-in-equilibrium-with-a-resist-ance-of-600-pounds-applied-to-its-axle-which-is-3-inches-in-diameter-27-how-would-you-calculate-the-mechanical-advantage-gained-by-amachine-like-that-of-fig-81-on-the-axle-a-is-an-endless-screw-a-bymeans-of-which-motion-is-communicated-from-the-axle-to-the-wheel-w-combination-of-machines-115-28-a-where-is-the-fulcrum-in-a-claw-hammer-fig-82-6-whatis-the-ratio-of-the-mechanical-advantage-gained-by-means-of-it-29-in-its-technical-meaning-a-perpetual-motio-2AFTNMT.jpg)
The principles of physics. Fig. 81. Fig. 82. pounds applied at its circumference may be in equilibrium with a resist-ance of 600 pounds applied to its axle, which is 3 inches
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