Three objects of mass 1 kg each are placed at corners of a right-angled triangle AOB as shown in the figure. Consider ‘O’ as the origin and OA = OB = 1m. Determine the position of the centre of mass of this system. a) 1/3 (i- j) mb) 2/3 (i + j) mc) 1/3 (i+ j) md) (i- j) m 7.Four objects of mass 1 kg each are placed on 4 corners of a square of side 1 m as shown in the figure. Consider “O” to be the origin. What is the position of the centre of mass?

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(i- j) m 7.Four objects of mass 1 kg each are placed on 4 corners of a square of side 1 m as shown in the figure. Consider “O” to be the origin. What is the position of the centre of mass? a) (i + j) mb) 1/2 (i + j) mc) (i– j) md) 1/2 (i – j) mView Answer

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1/3 (i- j) mb) 2/3 (i + j) mc) 1/3 (i+ j) md) (i- j) m 7.Four objects of mass 1 kg each are placed on 4 corners of a square of side 1 m as shown in the figure. Consider “O” to be the origin. What is the position of the centre of mass? a) (i + j) m

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2/3 (i + j) mc) 1/3 (i+ j) md) (i- j) m 7.Four objects of mass 1 kg each are placed on 4 corners of a square of side 1 m as shown in the figure. Consider “O” to be the origin. What is the position of the centre of mass? a) (i + j) mb) 1/2 (i + j) m

TuteeHUB · Answer

1/3 (i+ j) md) (i- j) m 7.Four objects of mass 1 kg each are placed on 4 corners of a square of side 1 m as shown in the figure. Consider “O” to be the origin. What is the position of the centre of mass? a) (i + j) mb) 1/2 (i + j) mc) (i– j) m

TuteeHUB · Answer

(i- j) m 7.Four objects of mass 1 kg each are placed on 4 corners of a square of side 1 m as shown in the figure. Consider “O” to be the origin. What is the position of the centre of mass? a) (i + j) mb) 1/2 (i + j) mc) (i– j) md) 1/2 (i – j) mView Answer

1.	Three objects of mass 1 kg each are placed at corners of a right-angled triangle AOB as shown in the figure. Consider ‘O’ as the origin and OA = OB = 1m. Determine the position of the centre of mass of this system. a) 1/3 (i- j) mb) 2/3 (i + j) mc) 1/3 (i+ j) md) (i- j) m 7.Four objects of mass 1 kg each are placed on 4 corners of a square of side 1 m as shown in the figure. Consider “O” to be the origin. What is the position of the centre of mass?
A.	1/3 (i- j) mb) 2/3 (i + j) mc) 1/3 (i+ j) md) (i- j) m 7.Four objects of mass 1 kg each are placed on 4 corners of a square of side 1 m as shown in the figure. Consider “O” to be the origin. What is the position of the centre of mass? a) (i + j) m
B.	2/3 (i + j) mc) 1/3 (i+ j) md) (i- j) m 7.Four objects of mass 1 kg each are placed on 4 corners of a square of side 1 m as shown in the figure. Consider “O” to be the origin. What is the position of the centre of mass? a) (i + j) mb) 1/2 (i + j) m
C.	1/3 (i+ j) md) (i- j) m 7.Four objects of mass 1 kg each are placed on 4 corners of a square of side 1 m as shown in the figure. Consider “O” to be the origin. What is the position of the centre of mass? a) (i + j) mb) 1/2 (i + j) mc) (i– j) m
D.	(i- j) m 7.Four objects of mass 1 kg each are placed on 4 corners of a square of side 1 m as shown in the figure. Consider “O” to be the origin. What is the position of the centre of mass? a) (i + j) mb) 1/2 (i + j) mc) (i– j) md) 1/2 (i – j) mView Answer
Answer» D. (i- j) m 7.Four objects of mass 1 kg each are placed on 4 corners of a square of side 1 m as shown in the figure. Consider “O” to be the origin. What is the position of the centre of mass? a) (i + j) mb) 1/2 (i + j) mc) (i– j) md) 1/2 (i – j) mView Answer

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