Test: Frame And Machines - Mechanical Engineering MCQ

Frames and machines are two types of structural figures which are often made of pin connected multi-force members. That is more than two forces are subjected over the machines. Thus the term multi-force is used for the frames and the machines.

The frames are used as support for the structures. They hold up the structure into the right place. They are made for holding up the structures in the place. They also provide the stability to the structure.

The machines are designed such that they can transmit the effects of forces. Thus making the free body diagrams of the various joints and doing the calculations makes us determine the various reaction values. And for the asked reaction equating the forces acting equal to zero, we get the answer.

The machines are designed such that they contain the moving parts. As the machines are made for working in various fields, they are designed as to contain the moving parts. They are also such designed such that the moving parts in are not damaged.

The machines are designed such that they can transmit the effects of forces. As the machines are made for working in various fields, they are also such designed so as to alter the effects of the forces. They are also such designed such that the moving parts in are not damaged.

The machines are designed such that they can transmit the effects of forces. Thus making the free body diagrams of the various joints and doing the calculations makes us determine the various reaction values. And for the asked reaction equating the forces acting equal to zero, we get the answer.

The forces acting on the joints and on the members are determined by the simple equilibrium equations, which are used in the usual beams and trusses. The forces which are acting over the joint of the frames and machines are no more different from the forces acting on the beams and trusses.

The forces are determined because the designing of the frames and machines. This is done so as if the forces are applied to frames and the machines, they don’t collapse. Thus the forces acting on the joints and the members are important to be determined.

The forces obtained at the joints and the members of the machines are very important. They are used for the designing the size of the members, connections done in the frames and machines. They are obtained by applying the simple equilibrium force equations on the system. Net forces are made to be zero, and the unknowns are determined.

There is a great need of the making of the free body diagrams in the calculations of the forces that are being acted upon the joints. This helps in making of the design of the machines and the frames. These are very important quantities that are being determined.

The application of the conditions of the equilibrium of the body is valid throughout. This means that the conditions are irrespective of the dimensions. The conditions are the basic rules that defines the equilibrium of the body and thus are applicable in any dimension of the real axis.

The machines are designed such that they can transmit the effects of forces. Thus making the free body diagrams of the various joints and doing the calculations makes us determine the various reaction values. And for the asked reaction equating the forces acting equal to zero, we get the answer.

If a force applied at any point in its line of action and is still creating the same moment about any fixed point say P, then the force is said to be sliding vector. This is because the moment of the force which is acting on its line of axis at the point P is same throughout. Whatever be the direction of the distance.

If a force applied at any point in its line of action and is still creating the same moment about any fixed point say P, then the force is said to be sliding vector. This is because the moment of the force which is acting on its line of axis at the point P is same throughout. This is known as the principle transmissibility of the force.

The machines are designed such that they can transmit the effects of forces. Thus making the free body diagrams of the various joints and doing the calculations makes us determine the various reaction values. And for the asked reaction equating the forces acting equal to zero, we get the answer.