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Two metallic spheres of mass M are suspended by two strings each of length L. The distance between the upper ends of the strings is L. The angle which the strings will make with the vertical due to mutual attraction sphere is (if each mass horizontally moved by a distance of L/4 due to mutual attraction)

Two metallic spheres of mass M are suspended by two strings each of length L. The distance between the upper ends of the strings is L. The angle which the strings will make with the vertical due to mutual attraction sphere is (if each mass horizontally moved by a distance of L/4 due to mutual attraction)

Grade:11

3 Answers

GAGANDEEP SINGH
46 Points
7 years ago
They have twisted. They haven`t given radius of spheres. Find out the radius using Newton law of gravitation.
Ajudiya Janvi
21 Points
7 years ago
Home » Forum » Mechanics » Two metallic spheres of mass M are suspended...Two metallic spheres of mass M are suspended by two strings each of length L. The distance between the upper ends of the strings is L. The angle which the strings will make with the vertical due to mutual attraction sphere is (if each mass horizontally moved by a distance of L/4 due to mutual attraction)We have to find out angle in form of tan.So, no need of radius
Ajudiya Janvi
21 Points
7 years ago
Home » Forum » Mechanics » Two metallic spheres of mass M are suspended...Two metallic spheres of mass M are suspended by two strings each of length L. The distance between the upper ends of the strings is L. The angle which the strings will make with the vertical due to mutual attraction sphere is (if each mass horizontally moved by a distance of L/4 due to mutual attraction)We have to find angle in form of tan and there is no need of radius. How to find radius ?Give proper explaination.

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