MTH304 Grand Quiz

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ENG201 Solved Grand Quiz

MTH304 Grand Quiz Solution 2021 with Answers

If a force 6 N acts on the 60 degrees with the horizontal, then the horizontal component of the force is……N

The greatest resultant of two forces p and q is possible when the angle between two forces is…..degrees

Lamy theorem is applied if the body is in a state of horizontal equilibrium only under the action of three concurrent coplanar forces.

True

The branch of mechanics which deals with bodies at rest is called……..

Statics

If the body does not change its position with respect to surrounding then it is said to be in a state of…..

Rest

If the mass of a particle is 8kg, then its weight will be…..N

If a particle is in equilibrium under the action of coplanar forces then removing a horizontal force makes the particle in……

Vertical equilibrium only

Let X be the um of Horizontal forces and Y be the sum of Vertical forces acting on particles. If X is-ve and Y is +ve, then the resultant of the force act in the….

Second Quadrant

If the resultant force acting on the particles is (3i+4j)N, then what additional singal single must be applied to make the particle in Equilibrium.

(-3i-4j)N

Let X be the some of the Horizontal forces and Y be the sum of Vertical Forces acting on a particle then magnitude of Resultant force acting on the particle, if Y=0 s given by…….

R=X

If a body is hanging in equilibrium by the light in-extensible string, then the helving the weight of the body makes tension in the string…..

Halved

Lamy Theorem cannot apply if the angle between any two forces are….

180 Degrees

According to the Lamy Theorem

If the three forces actin t on a point are in equilibrium, each force is proportional to the sine of the angle to the sine of the singal between the other two

If a particle is in equilibrium under the action of the coplanar forces, then the sum of horizontal forces is…..

Let X be the Sum of Horizontal forces and Y be some of the Vertical Forces acting on a particle, If X=0N and Y = -5N then the angle