Physics

Physics

Problem

In Column-I four different mass configurations have been shown along with location of point P. In Column-II values of gravitational field at P or its direction have been given. Match entries of Column-I with those of Column-II.
Column-IColumn-II
| (A) | ![](https://storage.googleapis.com/diraq-contents/PROD/homework-question-parsing/marker/20260403T205801Z/c80f2235797543f59f9c99507804d53f/81011e558fa333aa422b5b03356d431a_img.jpg) Thin uniform rod of mass MM and length L=RL = R | (P) | Parallel to x-axis | | (B) | ![](https://storage.googleapis.com/diraq-contents/PROD/homework-question-parsing/marker/20260403T205801Z/146c02830f054ca4af92b725d38082ea/eff9399691547ca3809fe40eea5dc3a0_img.jpg) A uniform sphere of mass MM | (Q) | GM2R2\frac{GM}{2R^2} | | (C) | ![](https://storage.googleapis.com/diraq-contents/PROD/homework-question-parsing/marker/20260403T205801Z/07867d0d24d54feab2861e5b8fcdb31c/34630ada94684b378b882a28883a8ae1_img.jpg) A non-uniform sphere of mass MM and density ρ=5MπR4r\rho = \frac{5M}{\pi R^4} r (rr = distance from the centre of the sphere) | (R) | 5GM4R2\frac{5GM}{4R^2} | | (D) | ![](https://storage.googleapis.com/diraq-contents/PROD/homework-question-parsing/marker/20260403T205801Z/13730479bec24843b61e992b65e5221a/d560a12930fa19b8ff16e3788a7ba641_img.jpg) A semi-circular ring of radius RR, mass MM and constant linear mass density | (S) | 2GMπR2\frac{2GM}{\pi R^2} | | | | (T) | 9GM5R2\frac{9GM}{5R^2} |

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