Calorimetry Problem: How to find the percentage of the initial mechanical energy absorbed as thermal energy by the aluminum sphere?
Problem: In a lunar experiment, a 950-g aluminum (920 J/ kg °C) sphere is dropped from the space probe while is 75 m above the Lunar ground. If the sphere’s temperature increased by 0.11 °C when it hits the ground, what percentage of the initial mechanical energy was absorbed as thermal energy by the aluminum sphere? Looking for step by step solution.
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Calorimetry Problem: How to find the percentage of the initial mechanical energy absorbed as thermal energy by the aluminum sphere?
04 A 0.095 kg aluminum sphere is dropped from, the roofofa 55-m-high building. If65% ofthe thermal...
04 A 0.095 kg aluminum sphere is dropped from, the roofofa 55-m-high building. If65% ofthe thermal energy produced when it hits the ground is absorbed by the sphere, What is its temperature increase? What is the sphere's original volume? Assume the sphere is solid. What is the sphere's increase in volume?
04. A 0.095 kg aluminum sphere is dropped from the roof of a 55-m-high building. If...
04. A 0.095 kg aluminum sphere is dropped from the roof of a 55-m-high building. If 65% of the O. thermal energy produced when it hits the ground is absorbed by the sphere, What is its temperature increase? What is the sphere's original volume? Assume the sphere is solid. What is the sphere's increase in volume? el Vector V is 6.6 units long and points along the negative x axis. Vector /2 is 8.5 units long and points at-55 degrees...
04 A 0.095 kg aluminum sphere is dropped from, the roofofa 55-m-high building. If65% ofthe thermal energy produced when it hits the ground is absorbed by the sphere, What is its temperature increase? What is the sphere's original volume? Assume the sphere is solid. What is the sphere's increase in volume?
04. A 0.095 kg aluminum sphere is dropped from the roof of a 55-m-high building. If 65% of the O. thermal energy produced when it hits the ground is absorbed by the sphere, What is its temperature increase? What is the sphere's original volume? Assume the sphere is solid. What is the sphere's increase in volume? el Vector V is 6.6 units long and points along the negative x axis. Vector /2 is 8.5 units long and points at-55 degrees...
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