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14. A non conducting solid cylinder of infinite length having charge density p and radius of cylinder is 5R. If the flux passing through the surface ABCD as shown in figure is 20PR Find the value of 0 'p' Ans: 6 8R R. D

14. A non conducting solid cylinder of infinite length having charge density p and radius of cylinder is 5R. If the flux passing through the surface ABCD as shown in figure is 20PR Find the value of 0 'p' Ans: 6 8R R. D

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14. A non conducting solid cylinder of infinite length having charge density p and radius of cylinder is 5R. If the flux passing through the surface 20PR ABCD as shown in figure is 3. Find the value of 0 'p' Ano: 6 8R C. D 15 In the given tube a liquid of density p is filled. If the acceleration of the tube towards right direction such that no liquid will falls 152 ng Find the value of n :3 53° 37 out of the tube is 21 A meter stick connected with disc of same mass which is joined at one end of stick and disc can freely rotates about its joint. System swings in a vertical plane about a fixed horizontal axis passing through its one end, undergoes small oscillation of frequency If disc is removed from the stick, then its 16 13 Find the value of k (take R = 1/2) new frequency of small oscillation is R. :3 A trolley of mass 18 kg is pulled with a velocity which depends on time and given as v = 3t. Sand is falling vertically on the trolley at a rate of 18 kg/s. Assume sand sticks to the trolley, If rate of increase of Kinetic energy of the trolley att=2 sec is n * 324. Find the value of n 17 Space for Rough work 3. R. A.
Transcribed Image Text:14. A non conducting solid cylinder of infinite length having charge density p and radius of cylinder is 5R. If the flux passing through the surface 20PR ABCD as shown in figure is 3. Find the value of 0 'p' Ano: 6 8R C. D 15 In the given tube a liquid of density p is filled. If the acceleration of the tube towards right direction such that no liquid will falls 152 ng Find the value of n :3 53° 37 out of the tube is 21 A meter stick connected with disc of same mass which is joined at one end of stick and disc can freely rotates about its joint. System swings in a vertical plane about a fixed horizontal axis passing through its one end, undergoes small oscillation of frequency If disc is removed from the stick, then its 16 13 Find the value of k (take R = 1/2) new frequency of small oscillation is R. :3 A trolley of mass 18 kg is pulled with a velocity which depends on time and given as v = 3t. Sand is falling vertically on the trolley at a rate of 18 kg/s. Assume sand sticks to the trolley, If rate of increase of Kinetic energy of the trolley att=2 sec is n * 324. Find the value of n 17 Space for Rough work 3. R. A.
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