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A uniform thin rod and circular arc of radius 10 meter are situated as shown in the figure. The mass of the circular arc is 37r kg and mass per unit length of the rod and the circular arc is same. The net gravitational intensity at the centre O is KG newton/kilogram where G is gravitational constant. Find the magnitude of K. (take tan 37° = 3/4)

A uniform thin rod and circular arc of radius 10 meter are situated as shown in the figure. The mass of the circular arc is 37r kg and mass per unit length of the rod and the circular arc is same. The net gravitational intensity at the centre O is KG newton/kilogram where G is gravitational constant. Find the magnitude of K. (take tan 37° = 3/4)

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A uniform thin rod and circular arc of radius 10 meter are situated as shown in the figure. The mass of the circular arc is 37t kg and mass per unit length of the rod and the circular arc is same. The net gravitational intensity at the centre O is KG newton/kilogram where G is gravitational constant. Find the magnitude of K. (take tan 37° = 3/4) 10 m 30° 44°
Transcribed Image Text:A uniform thin rod and circular arc of radius 10 meter are situated as shown in the figure. The mass of the circular arc is 37t kg and mass per unit length of the rod and the circular arc is same. The net gravitational intensity at the centre O is KG newton/kilogram where G is gravitational constant. Find the magnitude of K. (take tan 37° = 3/4) 10 m 30° 44°
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