Two foreces `vecP and vecQ` are acting at a point . If `vecP` is reversed, the new resultant becomes between magnitudes of P and Q is given by `P = KQ `. Find k.

Two forces vec(P) and vec(Q) are acting at a point. If vec(P) is reversed, the new resultant becomes perpendicular to the initial resultant. Then:

The resultant of two vectors vecP and vecQ is vecR . If the magnitude of vecQ is doubled, the new resultant becomes perpendicular to vecP , then the magnitude of vecR is

The resultant of two vectors vecP andvecQ is vecR . If the magnitude of vecQ is doudled, the new resultant becomes perpendicuar to vecP . Then the magnitude of vecR is :

The resultant of two vectors vecP andvecQ is vecR . If the magnitude of vecQ is doudled, the new resultant becomes perpendicuar to vecP . Then the magnitude of vecR is :

Resultant of two vectors vecA and vecB is of magnitude P, If vecB is reversed, then resultant is of magnitude Q. What is the value of P^(2) + Q^(2) ?

Resultant of two vectors vecA and vecB is of magnitude P, If vecB is reversed, then resultant is of magnitude Q. What is the value of P^(2) + Q^(2) ?

Resultant of two vectors vecA and vecB is of magnitude P, If vecB is reversed, then resultant is of magnitude Q. What is the value of P^(2) + Q^(2) ?