A non-uniform bar of weight `W` and weight `L` is suspended by two strings of neigligible weight as shown in figure. The angles made by the strings with the vertical are `theta_1` and `theta_2` respectively.
The distance `d` of the centre of gravity of the bar from left end is.
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A non-uniform bar of weight w is suspended at rest by two strings of negligible weight as shown in figure. The angles made by the strings with the vertical are 37^(@) and 53^(@) respectively. The bar is 2m long. Calculate the distance d of the centre of gravity of the bar from its left end. given sin37^(@)=3//5 and sin 53^(@)=4//5

A non-uniform bar of weight W is suspended at rest by two strings of negligible weight as shown in figure. The angles made by the strings with the vertical are 36.9^(@) and 53.1^(@) respectively. The bar is 2 m long. Calculate the distance d of the centre of gravity of the bar from its left end.

A non-uniform bar of weight W is suspended at rest by two strings of negligible weight as shown in Fig.7.39. The angles made by the strings with the vertical are 36.9^@ and 53.1^@ respectively. The bar is 2 m long. Calculate the distance d of the centre of gravity of the bar from its left end.

A non-uniform bar of weight W is suspended at rest by two strings of negligible weight as shown in Fig.7.39. The angles made by the strings with the vertical are 36.9^@ and 53.1^@ respectively. The bar is 2 m long. Calculate the distance d of the centre of gravity of the bar from its left end.

A non-uniform bar of weight W is suspended at rest by two strings of negligible weight as shown in Fig. The angles made by the strings with the vertical are 36.9^(@) and 53.1^(@) respectively. The bar is 2m long. Calculate the distance d of the centre of gravity of the bar from its left end.

A non-uniform bar of weight W is suspended at rest by two strings of negligible weight as shown in Fig. The angles made by the strings with the vertical are 36.9^(@) and 53.1^(@) respectively. The bar is 2m long. Calculate the distance d of the centre of gravity of the bar from its left end.

A non-uniform bar of weight W is suspended at rest by two strings of negligible weight as shown in Fig.7.39. The angles made by the strings with the vertical are 36.9^(@) and 53.1° respectively. The bar is 2 m long. Calculate the distance d of the centre of gravity of the bar from its left end.

A non-uniform bar of weight W is suspended at rest by two strings of negligible weight as shown in Fig.7.39. The angles made by the strings with the vertical are 36.9^(@) and 53.1° respectively. The bar is 2 m long. Calculate the distance d of the centre of gravity of the bar from its left end.

A non-uniform bar of weight 'w' is suspended at rest by two strings of negligible weight. The angles made by the strings with the vertical are 36.9^(@) and 53.1^(@)C respectively. The bar is 2m long. Calculate the distance 'd' of the centre of gravity of the bar from its left. (refer fig).-NCERT