A 30 g bullet traveling at 100 m/s is stopped in a ballistic pendulum that has...

Question

Question

A 30 g bullet traveling at 100 m/s is stopped in a ballistic pendulum that has a length of 2.00m and mass of 870 g.

t = 0.00 S Angle = 0.00 deg. Bullet mass = 30.0 g Mass of target = 870 g Mass oftare Bullet speed = 100.0 m/s Pendulum length

Calculate the following:

A) Max Height

B) Gravitational Potential Energy

C) Maximum Angle of Deflection of the Pendulum

D) Calculate the percentage error between the calculation (in C) and the picture below:

t = 6.64 S Angle = 44.23 deg. Bullet mass = 30.0 g Mass of target = 870 g *00% Mass of target = 870 g Bulet speed =1000 m Bul

Answer 1

Answer #1

L-ht Cos o L-h _ 2-0.56 0.72 O=C65 (0.72) = 43.99 d) we will take the calculated value as the true value. in percentage erro

Answer 2

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