1. A block of mass M is hung by ropes as shown. The system Is in equilibrium. The point O represents the knot, the junction of the three ropes. The three forces, F1,F2,andF3, are equal in magnitude. 2. A block of mass M is hung by ropes as shown. The system Is in equilibrium. The point O represents the knot, the junction of the three ropes. The tension forces, F1andF2, are equal in magnitude. 3.If the mass of the pulley is ignored, the acceleration of the blocks is 2.45 m/s22. 1st picture is for number 1 and 2 2nd picture is for number 3
1. A block of mass M is hung by ropes as shown. The system Is in equilibrium. The point O represents the knot, the junction of the three ropes. The three forces, F1,F2,andF3, are equal in magnitude. 2. A block of mass M is hung by ropes as shown. The system Is in equilibrium. The point O represents the knot, the junction of the three ropes. The tension forces, F1andF2, are equal in magnitude. 3.If the mass of the pulley is ignored, the acceleration of the blocks is 2.45 m/s22. 1st picture is for number 1 and 2 2nd picture is for number 3
An Introduction to Physical Science
14th Edition
ISBN:9781305079137
Author:James Shipman, Jerry D. Wilson, Charles A. Higgins, Omar Torres
Publisher:James Shipman, Jerry D. Wilson, Charles A. Higgins, Omar Torres
Chapter15: Place And Time
Section: Chapter Questions
Problem 12MC: What is the altitude of the Sun when it is just rising in the East? (15.4) (a) 90 (b) 0 (a) 180 (a)...
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1. A block of mass M is hung by ropes as shown. The system Is in equilibrium. The point O represents the knot, the junction of the three ropes. The three forces, F1,F2,andF3, are equal in magnitude.
2. A block of mass M is hung by ropes as shown. The system Is in equilibrium. The point O represents the knot, the junction of the three ropes. The tension forces, F1andF2, are equal in magnitude.
3.If the mass of the pulley is ignored, the acceleration of the blocks is 2.45 m/s22.
1st picture is for number 1 and 2
2nd picture is for number 3
Transcribed Image Text:30°
30º -
F3
M
Transcribed Image Text:5 kg
3 kg
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