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A truck is moving at constant velocity. Inside the storage compartment , a rock is dropped from the midpoint of the celling and strikes the floor below , the hits the floor ?
Weegy: If the truck is moving at constant velocity, the rock is moving also. So when it is dropped, it will simply land below where it was suspended. (More)
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Expert Answered
Asked 3/10/2011 9:41:05 PM
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The force requires to maintain an object at constant velocity in free space is equal to ?
Question
Updated 141 days ago|3/6/2016 7:54:30 PM
1 Answer/Comment
The force requires to maintain an object at constant velocity in free space is equal to ZERO.
Added 141 days ago|3/6/2016 4:55:03 PM
This answer has been confirmed as correct, not copied, and helpful.
Confirmed by Andrew. [3/6/2016 7:54:29 PM]
A 75 kg astronaut is space pushes against a 200 kg anvil . When the astronaut lets go of the anvil while pushing is ?
Question
Updated 1/13/2012 1:58:05 PM
1 Answer/Comment
I'm making two assumptions, the astronaut is in zero gravity and the anvil is not fixed to anything but is floating like he is. The reaction will be opposite but equal in terms of energy. F=MA so the force that the astronaut and anvil are pushing against each other are the same but the masses are different. What will happen is that the astronaut will separate more quickly from the initial position than the anvil will. To calculate a number F1 and F2 are equal but opposite (opposite sign). The astronaut has a mass that is75/200 of the anvil which is .375 as a ratio. You can see this if you set up the equation as m1a1=m2a2,75a1=200a2, a1 = 200/75 a2, a1 = 2.67 a2. Therefore, the acceleration of the astronaut is 2.67 times that of the anvil
Added 1/13/2012 1:58:06 PM
This answer has been added to the Weegy Knowledgebase
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