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GATE (CE) : Engineering Mechanics & Design of Steel Structures #1 (App update required to attempt this test)
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A solid sphere will be in stable equilibrium if its centre of gravity lies
Two forces P= 6kN and Q =10kN are acting on a particle such that their lines of action are inclined to each other at an angle of 60. What is the magnitude of the third force R in kN, which will keep the particle in equilibrium.
Two forces equal to ‘M’ and ‘2M’ respectively act on a particle. When the first force is increased by 100 N and the second force is tripled, the direction of the resultant remains same. Then the value of force ‘M’ is (in N, nearest integer)
A mass of 2 kg is hung by a string of length 1.5m as shown in the figure. The mass revolves in a circular path at 50 revolutions per minute. The tension in the string (in N) is
What is the ratio of normal components To the plane and along the plane for a body of 50 N resting on a plane inclined at 45 to the horizontal.
The ladder is 13m in length and weight 350 N is resting against the well. Assume frictionless contact, the magnitude of Force P req. to maintain equilibrium of ladder is
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Jul 5ESE & GATE CE