Two forces `F and 2 F` newton act on a particle. If the first force be doubled and the second force be increased by `16 ` newtons, the direction of the resultant remains unaltered. Find the value of `F`.

Tow forces F and 2 F newton act on a paricle. If the first force be doubled and the secon force be increased by 20 N , the direction of resultant is unaltered. Find the value of bigger force.

Two forces equal to (F) and ( 3 F) newton act on a particle . If the first force be tripled and the second froce be increased by 30 neqton, the disrction of the resultant is unaltaerd. Find the value of (F).

Two forces equal to P and 2P newton act on a particle . If the first be doubled and the second be increased by 20 newton, the direction of the resultant is unaltered . Find the value of P .

Two forces equal to P and 2P newton act on a particle. If the first be doubled and the second be increased by 20 newton, the direction of the resultant is unaltered. Find the value of P.

Two forces (2p) and (4p) newton act on a particle. If the first force is doubled and the second force is increased by 30 N , the direction of resultant is unalterd . Fing the value of smaller force.

Two forces P and 2P act at a point. If the first force is increased by 5N and the other trebled, the direction of the resultant is not altered then find 'P'

The greatest and least resultant of two force acting on a particle are 16 N and 9N, respectively . If the first force is double and the second force is incresed by 5.5N, calculate the resultant of two new force, acting at right angle to each other .

Five coplanar forces, each of magnitude F, are acting on a particle. Each force is inclined at an angle 30^@ with the previous one. Find out the magnitude and direction of the resultant force on the particle.