A 0.9 kg hammer strikes a 28 g nickel nail into a wood board. The nail...

  

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A 0.9 kg hammer strikes a 28 g nickel nail into a wood board. The nail is horizontally aligned and at the moment of impact with the nail, the hammer had a speed of 8.6 m/s. Assume both the hammer and the nail come to a stop and that all of the thermal energy generated goes into heating the nail. A.) Determine how much the temperature of the nail will increase in K after one hit. AT after one hit = B.) Determine how much the temperature of the nail will increase in C after one hit. AT after one hit = C C.) From the moment the hammer struck the nail until the nail came to rest, 0.5 s passed. Determine the rate at which the thermal energy was generated (the power). P = Material Aluminum Brass Copper Glass Gold Ice Iron Lead Nickel Silver Styrofoam Zinc Specific heat (J/kg.K) 921 402 377 840 126 2095 461 130 502 239 1131 390 A 0.9 kg hammer strikes a 28 g nickel nail into a wood board. The nail is horizontally aligned and at the moment of impact with the nail, the hammer had a speed of 8.6 m/s. Assume both the hammer and the nail come to a stop and that all of the thermal energy generated goes into heating the nail. A.) Determine how much the temperature of the nail will increase in K after one hit. AT after one hit = B.) Determine how much the temperature of the nail will increase in C after one hit. AT after one hit = C C.) From the moment the hammer struck the nail until the nail came to rest, 0.5 s passed. Determine the rate at which the thermal energy was generated (the power). P = Material Aluminum Brass Copper Glass Gold Ice Iron Lead Nickel Silver Styrofoam Zinc Specific heat (J/kg.K) 921 402 377 840 126 2095 461 130 502 239 1131 390

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Based on the images youve provided we need to determine the change in the temperature of a nickel nail when it is struck by a hammer using the princip... View the full answer