This problem will require you to upload images of your work for credit. Label this "Problem A."A classical Chinese firework wheel is powered by a few rockets that are attached to the edges of a wheel and lit These rockets exert a torque on the wheel and spins it up to incredible and beautiful speeds. If the wheel is 1.5 kg in mass,the two rockets attached to the edges can be treated as point masses of mass 0,5 kg each, the wheel starts from rest, and each rocket exerts a force of 25 N, find the time it takes the wheel to spin up to 10 complete revolutions per second.20 sO 4.5 sO 3.5 sO 2.5sQuestion & of 10

Given: The mass of the wheel is 1.5 kg. The mass of each rocket is 0.5 kg. The force that each rocket exerts is 25 N. Introduction: Torque is the measure of the force that can cause an object to rotate about an axis. Force is what causes an object to accelerate in linear kinematics. Similarly, torque is what causes an angular acceleration. Hence, torque can be defined as the rotational equivalent of linear force.Calculation: The total force exerted on the wheel is 50 N. Write the expression of the acceleration of wheel. a=50 N2.5 kga=20 ms-2 Write the expression of velocity and calculate its value. v=2a2πv=2aπv=16 ms-1 Calculate the value of time for 1 complete revolution. t=vat=16 ms-120 ms-2t=0.8 s Calculate the time for 10 complete revolutions. T=8 s Thus, the time is 8 s.

Answered: classical Chinese firework wheel is…

classical Chinese firework wheel is powered by a few rockets that are attached to the edges of a wheel and lit. These rockets exert a torque on the wheel and spins it up to incredible and beautit