You and your friend are pushing a box of lighting equipment moving it 9.00 [m] on a straight line in the x-direction on a frictionless surface. Each of you exerts a constant force of 1300 [N] however you push at an angle 10.0 ◦ while your friend pushes at an angle −30.0 ◦ both with respect to the x-direction. What is the total work done on the lighting equipment? A. 2.02 × 10^4[N · m] B. 2.30 × 10^4[N · m] C. 2.17 × 10^4[N · m] D. 2.25 × 10^3[N · m]
You and your friend are pushing a box of lighting equipment moving it 9.00 [m] on a straight line in the x-direction on a frictionless surface. Each of you exerts a constant force of 1300 [N] however you push at an angle 10.0 ◦ while your friend pushes at an angle −30.0 ◦ both with respect to the x-direction. What is the total work done on the lighting equipment? A. 2.02 × 10^4[N · m] B. 2.30 × 10^4[N · m] C. 2.17 × 10^4[N · m] D. 2.25 × 10^3[N · m]
Chapter3: Energy And Conservation Laws
Section: Chapter Questions
Problem 6C: The "shot" used in the shot-put event is a metal ball with a mass of 7.3 kg. When thrown in Olympic...
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You and your friend are pushing a box of lighting equipment moving it 9.00 [m] on a straight line in the x-direction on a frictionless surface. Each of you exerts a constant force of 1300 [N] however you push at an angle 10.0 ◦ while your friend pushes at an angle −30.0 ◦ both with respect to the x-direction. What is the total work done on the lighting equipment?
A. 2.02 × 10^4[N · m]
B. 2.30 × 10^4[N · m]
C. 2.17 × 10^4[N · m]
D. 2.25 × 10^3[N · m]
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