How can we find the direction of tension force.When does it act
Asked by lovemaan5500 | 19th Nov, 2017, 06:08: AM
- 'T' is the tension force acting in a rope in the above diagram.
- When we pull a rope, the rope tends to resist the force of the pull by developing a tension force in the direction opposite to the applied pull.
- In the diagram above, the pull is provided by the two blocks of mass m1 and m2 due to the gravity.
- This downward pull force is opposed by the tension force developed in the rope in the opposite direction.
Answered by Abhijeet Mishra | 19th Nov, 2017, 03:44: PM
- Combination of pulleys
- A pully system with V.R. = 4 is used to lift a load of 175 kgf through a vertical height of 15m. The effort required is 50 kgf in the downword direction.(g= 10N/kg) Calculate: (1) Distance moved by the effort. (2) work done by the effort. (3) M.A. of the pully system. (4) efficiancy of the pully.
- (ii) Why should the lower block of this pulley system be of negligible weight?
- Design a pulley with M.A. 5 and V.R. 4 AND IT IS POSSIBLE TO MAKE THIS KIND OF PULLEY SYSTEM.BUT I DON'T KNOW HOW TO??
- How to design a pulley with M.A. 5 and V.R. 4? And state how to came to sloution.
- A pulley system pulls a load of 600N by an effort of 200N.If the resistance due to the movable parts of a machine is 400N,find: 1.MA 2.VR 3.No.of pulley 4.Efficiency
- PLEASE TELL c
- How is single movable pulley an example of class 2 lever Locate the positions of fulcrum effort arm and load arm
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