A 2 kg mass moving along a straight line with 5 m/s, strikes to a 3 Kg mass at rest. If the collision has 0% elasticity, the final speed of the 2 kg mass is
If the spring constant of a spring in 60 N/m, and one unknow…
If the spring constant of a spring in 60 N/m, and one unknown mass suspended on it was able to extend the spring by 25 cm. The unknown mass will be
If you suspended a mass of 875 g on one side of a balanced m…
If you suspended a mass of 875 g on one side of a balanced meter stick (at its center of gravity) at 45 cm from the center of gravity. How much force do you need on the opposite side of the meter stick at 25 cm from the center of gravity to have the equilibrium condition?
A linear graph of p vs q2 is plotted for the equation ,
A linear graph of p vs q2 is plotted for the equation ,
convert 25 cm2 in to m2
convert 25 cm2 in to m2
convert 25 cm2 in to m2
convert 25 cm2 in to m2
A linear graph of r vs s2 is plotted for the equation ,
A linear graph of r vs s2 is plotted for the equation ,
A linear graph of p vs q2 is plotted for the equation ,
A linear graph of p vs q2 is plotted for the equation ,
A particle of mass 2.0 kg moving in a circular path of radiu…
A particle of mass 2.0 kg moving in a circular path of radius 5 m with an angular velocity of 200 rad/s. The linear velocity (m/s) of the particle is
The position vs time graph in the case of an object in an in…
The position vs time graph in the case of an object in an incline plane has a quadratic fit of At2+Bt+C. Where A = -0.36, B = 1.49, and C= -0.85. Then the magnitude of the acceleration is