trystea trystea

08-11-2022
Physics

Answered

A charging bull has a kinetic energy of 3,848 J and a mass of 267kg. How much work has to be done to stop the bull?

Answer :

Other Questions

If you have a Corvette with a mass of 1,054 kg and a velocity of 48m/s, find the kinetic energy in J.

One group approached their investigation by dropping a mass so it fell vertically downward. They planned to measure the position of the mass as it descended usi

Using the data collected from the motion detector, the group of students is able to calculate both initial and final velocities. The initial velocity is measure

calculate the number of joules that can be obtained from the fissioning of 1 kg of 235u, assuming 198 mev average energy release per fission. how much energy (i

a horizontal force is applied to a glider moving along a horizontal air track bringing it to a stop in t seconds. if the same force is applied to a second glide

a 0.165 kg mass is attached to a spring and undergoes simple harmonic motion with a period of 0.95 s. the total energy of the system is 3.1 j. find the amplitud

this lift confines a fluid of density . the number 22 has mass and the lift piston has a mass . the input piston (on the left) is massless and has an area of .

a 1.1 kg ball swings from a string in a vertical circle such that it has constant sum of kinetic and gravitational potential energy. ignore any friction forces