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Vector Component

The forces P,...

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The forces P, Q & R are acting at a point in a plane. The angle between P & Q, Q & R are 150 degree and 120 degree respectively. Then for equilibrium, forces P, Q & R are in the ratio :-

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Q. Three forces

\to P

\to Q

\to R

are acting at a point in a plane. The angle between

\to P

\to Q

\to Q

\to R

150^{\circ}

120^{\circ}

respectively. Then for the equilibrium, forces

\to P

\to Q

\to R

are in the ratio :-

Q. Three forces

A, B

C

acting at a point are in equilibrium. The ratio of angles between

A

B

B

C

A

C

1 : 2 : 3

A : B : C

Q. Two forces of

3 N

4 N

are acting at a point such that the angle between them is

60 degrees

. Find the resultant force.

The conditions for equilibrium of a system of parallel forces acting in a plane is/are

Q. Five equal forces each of 20N are acting at a point in the same plane. If the angles between them are same, then the resultant of these forces is:

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