At time = 0s, the position vector of an object A is im and the position...

 

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At time = 0s, the position vector of an object A is im and the position vector of another object B is 3im. The constant velocity vector of A is 2i + 5j-4k ms¹ and the constant velocity vector of Bis i + 3j-5kms-¹. Determine the value of when A and B are closest together and find the [9] least distance between A and B. At time = 0s, the position vector of an object A is im and the position vector of another object B is 3im. The constant velocity vector of A is 2i + 5j-4k ms¹ and the constant velocity vector of Bis i + 3j-5kms-¹. Determine the value of when A and B are closest together and find the [9] least distance between A and B.

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Position vector of A at time t rAt rA0 vAt im 2i5j4k t Position vector of B at tim... View the full answer