Two particles whose masses are 10 kg and 30 kg and their position vectors are i+j+k...

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Two particles whose masses are 10 kg and 30 kg and their position vectors are i+j+k and -Î-j-k respectively would have the centre of mass at :- (1) (3) _ (₁ + i + k) 2 (₁ + i + k) 4 (2) (î+j+k) 2 (₁ + i + k) (4) Two particles whose masses are 10 kg and 30 kg and their position vectors are i+j+k and -Î-j-k respectively would have the centre of mass at :- (1) (3) _ (₁ + i + k) 2 (₁ + i + k) 4 (2) (î+j+k) 2 (₁ + i + k) (4) Two particles whose masses are 10 kg and 30 kg and their position vectors are i+j+k and -Î-j-k respectively would have the centre of mass at :- (1) (3) _ (₁ + i + k) 2 (₁ + i + k) 4 (2) (î+j+k) 2 (₁ + i + k) (4) Two particles whose masses are 10 kg and 30 kg and their position vectors are i+j+k and -Î-j-k respectively would have the centre of mass at :- (1) (3) _ (₁ + i + k) 2 (₁ + i + k) 4 (2) (î+j+k) 2 (₁ + i + k) (4) Two particles whose masses are 10 kg and 30 kg and their position vectors are i+j+k and -Î-j-k respectively would have the centre of mass at :- (1) (3) _ (₁ + i + k) 2 (₁ + i + k) 4 (2) (î+j+k) 2 (₁ + i + k) (4) Two particles whose masses are 10 kg and 30 kg and their position vectors are i+j+k and -Î-j-k respectively would have the centre of mass at :- (1) (3) _ (₁ + i + k) 2 (₁ + i + k) 4 (2) (î+j+k) 2 (₁ + i + k) (4)

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Given m 10kg r i j k Tom m... View the full answer