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 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 (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 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 of magentude 7 newton and 5 newton act on a particle at an angle theta can have any value . The minimum magnitude of the resultant forces is :

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 .

Two forces P and Q act at a point and have resultant R. If Q is replaced by ((R^(2)-P^(2)))/(Q) acting in the direction opposite to that of Q the resultant :

Three forces of magnitude 30, 60 and P Newton acting on a particle and particle is in equilibrium. If the angle between the first two forces is 60^(@) , the value of P is