- #1
Rawpcgamer
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Part 1.) 1.35g bullet leaves the barrel of the gun going 270m/s. What is its kinetic Energy?
-I converted 1.35 g to kg = 0.00135g
-I arrived with an answer of 49.2075 J
Part 2.) If the length of the barrel of the gun described above is 35cm, find the average force exerted on the bullet to move it the length of the barrel.
What I had attempted to do is Mass X Velocity/ 35 cm
-im not sure if that's the way to find avergae force, because other examples I've seen its divided by time.
thank you for looking at this for me
-I converted 1.35 g to kg = 0.00135g
-I arrived with an answer of 49.2075 J
Part 2.) If the length of the barrel of the gun described above is 35cm, find the average force exerted on the bullet to move it the length of the barrel.
What I had attempted to do is Mass X Velocity/ 35 cm
-im not sure if that's the way to find avergae force, because other examples I've seen its divided by time.
thank you for looking at this for me