The resultant of two vectors P and Q is R . If Q is doubled the new resultant is perpendicular to P.

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The resultant of two vectors P and Q is R. If Q is doubled, the new resultant is perpendicular to P. The resultant of two vectors P and Q is R. If Q is doubled, the new resultant is perpendicular to P.
The resultant of two vectors P and Q is R. If the magnitude of Q is doubled, the The resultant of two vectors P and Q is R. If the magnitude of Q is doubled, the
The resultant of two vectors P and Q is R. If Q is doubled then the new resultant vector is perpendi The resultant of two vectors P and Q is R. If Q is doubled then the new resultant vector is perpendi
The resultant of two vectors P and Q is vector R. If the magnitude of vector Q is doubled, the new The resultant of two vectors P and Q is vector R. If the magnitude of vector Q is doubled, the new
The resultant of two vectors P→ and Q→ is R→. If Q is doubled; the new .... The resultant of two vectors P→ and Q→ is R→. If Q is doubled; the new ....
The resultant of two vectors P and Q is R. If Q is doubled, the new resultant is perpendicular to P The resultant of two vectors P and Q is R. If Q is doubled, the new resultant is perpendicular to P
, , The resultant of two vectors P⃗ and Q⃗ is R⃗. If Q⃗ is doubled then the new resultant vector ... , , The resultant of two vectors P⃗ and Q⃗ is R⃗. If Q⃗ is doubled then the new resultant vector ...
If the of Q​ is doubled, the new resultant is perpendicular to P. Then, Q=R proved If the of Q​ is doubled, the new resultant is perpendicular to P. Then, Q=R proved