Please explain parts (I) and (II) -3.5 m-45°2mB.Figure 3A small metal box of mass 6 kg is attached at B to two ropes BP and BQ. The fixed pointsP and Q are on a horizontal ceiling and PQ= 3.5m. The box hangs in equilibrium at avertical distance of 2m below the line PQ, with the ropes in a vertical plane and withangle BQP= 45°, as shown in Figure 3. The box is modelled as a particle and the ropesare modelled as light inextensible strings. Find(i) the tension in BP,(ii) the tension in BQ.

Given:-The hanging mass of block m = 6 kg The distance PQ = 3.5 m angle BQP = 45° Figure as…

A small metal box of mass 6kg is attached at B to two ro- P and Q are on a horizontal ceiling and PQ= 3.5 m. T vertical distance of 2 m below the line PQ, with the rc angle BQP = 45°, as shown in Figure 3. The box is mo %3D

A small metal box of mass 6kg is attached at B to two ro- P and Q are on a horizontal ceiling and PQ= 3.5 m. T vertical distance of 2 m below the line PQ, with the rc angle BQP = 45°, as shown in Figure 3. The box is mo %3D

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Question

Please explain parts (I) and (II)

-3.5 m-
45°
2m
B.
Figure 3
A small metal box of mass 6 kg is attached at B to two ropes BP and BQ. The fixed points
P and Q are on a horizontal ceiling and PQ= 3.5m. The box hangs in equilibrium at a
vertical distance of 2m below the line PQ, with the ropes in a vertical plane and with
angle BQP= 45°, as shown in Figure 3. The box is modelled as a particle and the ropes
are modelled as light inextensible strings. Find
(i) the tension in BP,
(ii) the tension in BQ.

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