A force F = (3i + 2j -4k) N acts on a particle. The position of partic

1.	A force F = (3i + 2j -4k) N acts on a particle. The position of particle with respect to origin O isr= (i +2j) m. Find the torque acting on the particle and calculate its magnitude.
Answer» Answer: TORQUE= force perpendicular to R(distance=r) =>t= (3i+2j-4k)N(i+2j)m =>t=(3+4)Nm =7 Nm if it is helpful then MARK it as BRAINLIST

A force F = (3i + 2j -4k) N acts on a particle. The position of particle with respect to origin O isr= (i +2j) m. Find the torque acting on the particle and calculate its magnitude.

Answer»

Answer:

TORQUE= force perpendicular to R*(distance=r)

=>t= (3i+2j-4k)N*(i+2j)m

=>t=(3+4)Nm =7 Nm

if it is helpful then MARK it as BRAINLIST

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A force F = (3i + 2j -4k) N acts on a particle. The position of particle with respect to origin O isr= (i +2j) m. Find the torque acting on the particle and calculate its magnitude.​

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A force F = (3i + 2j -4k) N acts on a particle. The position of particle with respect to origin O isr= (i +2j) m. Find the torque acting on the particle and calculate its magnitude.