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Load on beam:
A beam AB as shown in the figure given below is hinged at A and supported at B by a vertical cord that passes over two frictionless pulleys C and D. If pulley D carries vertical load Q, find out the position x of the load P if beam is to remain in equilibrium in horizontal position.
Consider the free body diagram of block Q, from the given figure,
2T = Q, T = Q/2
Tension in the rope = Q/2
Now consider F.B.D. of beam as shown in the figure, Here two forces are acting force 'P' at a distance 'X' from the point 'A' and T = Q/2 at a distance 'l' from point 'A'
By taking moment about point 'A', i.e. ΣMA = 0
P X x = Q/2 X l
X = QL/2P .......ANS
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Give the equivalence of screw jack and friction on an inclined plane
i am thinking that neglecting the foot gears and put hand gears instead of it in two wheelers .so what is the procedure
steady state amplitude
Find out the thickness of the metal and the hoop stress: The cylinder of a hydraulic press has an internal diameter of 0.3 m & is to be designed to withstand a pressure of 10
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Thermal Conductivity The amount of heat passing throughout unit cross-section of a solid material in unit time for unit thermal gradient is termed as thermal conductivity. The
Evaluate power transmitted by belt. Sol: Let T 1 = Tension in tight side of the belt T 2 = Tension in slack side of the belt V = Velocity of belt in m/sec. = Π
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