Ques 15 In the given tube a liquid of density p is filled. If the accelerationof the tube towards right direction such that no liquid will falls151585853°37out of the tube is . Find the value of n hen:352lA meter stick connected with disc of same mass which is joined at one end ofstick and disc can freely rotates about its joint. System swings in a verticalplane about a fixed horizontal axis passing through its one end, undergoessmall oscillation of frequency 'fo'. If disc is removed from the stick, then its1613new frequency of small oscillation is . Find the value of k (take R = (/2)R.A trolley of mass 18 kg is pulled with a velocity which depends on time and given as v = 3t. Sandis falling vertically on the trolley at a rate of 18 kg/s. Assume sand sticks to the trolley. If rate ofincrease of Kinetic energy of the trolley at t = 2 sec is n x 324. Find the value of17Space for Rough workE

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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 158 a 58 53° 37 out of the tube is 9. Find the value of n h :3 2l

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 158 a 58 53° 37 out of the tube is 9. Find the value of n h :3 2l

University Physics Volume 1

18th Edition

ISBN:9781938168277

Author:William Moebs, Samuel J. Ling, Jeff Sanny

Publisher:William Moebs, Samuel J. Ling, Jeff Sanny

Chapter15: Oscillations

Section: Chapter Questions

Problem 70CP: Parcels of air (small volumes of air) in a stable atmosphere (where the temperature increases with...

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Question

Ques 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
15
158
58
53°
37
out of the tube is . Find the value of n hen:3
5
2l
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 'fo'. If disc is removed from the stick, then its
16
13
new frequency of small oscillation is . Find the value of k (take R = (/2)
R.
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 at t = 2 sec is n x 324. Find the value of
17
Space for Rough work
E

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