Answer to Question #164310 in Physics for Andu

Question #164310

2. The mass of the hanging body is m = 6 kg. Calculate the force with which the boy pulls the rope.

Expert's answer

"T=mg=6\\ kg\\cdot9.8\\ \\dfrac{m}{s^2}=58.8\\ N."

Learn more about our help with Assignments: Physics

Comments

No comments. Be the first!

Leave a comment

Related Questions

1. 1. Calculate the weight of a book with mass m = 800 g and the reaction force exerted by the table on
2. A car accelerates uniformly, from rest, at 2 m.s for 20s. it then travels at constant velocity for 6
3. Two brothers are playing soccer on the beach,Todd kicked the ball 50 meters in the water. Todd says
4. If a boy tosses a ball straight up with an initial velocity of 13m/s what .how long does the ball ta
5. 1. It is known that F1 = 0.5 N; F2 = 1 N; F 3 = 1.5 N; F4 = 1.5 N and F5 = 1 N. Also, OA1 = 40 cm
6. 6. Knowing that F1 = 10 N, d1 = 8 cm, F2 = 8 N and d2 = 5 cm, determine: a) Which of the moments is
7. 5. The ruler is in equilibrium. The hanging load on the left arm of the visor, at point A1, has mas