2/14/2019 · The displacement of a particle is given by 4s = m + 2nt 4 where m and n are constants. The velocity of the body at any instant is:, 7/17/2016 · The displacement of a particle is given by 4s = m + 2nt 4 where m and n are constants. The velocity of the body at any instant is:, Q.9 The displacement of a body is given by 4s = M + 2Nt 4, where M and N are constants. The velocity of the body at any instant is : The velocity of the body at any instant is :.
The velocity-time graph of a particle is shown in the fig. Mark wrong statement for time interval 4s. (m /s) (A) The displacement of the particle is equal to 5 (B) The distance covered by the particle is equal to 7 ( The average velocity of the particle is 1 over 45 -mis (D) The motion is.
Given: The velocity of the particle in the form of displacement is ?v = ?4+4 s ? v = 4 + 4 s. Now to find the displacement in the form of temperature: ? ds dt =?4+4 s ? d s d t = 4 + 4 …
9. The displacement of a body is given by 4s = M + 2Nt4, where M and N are constants. Find the velocity of body at any instant :-(1) 2Nt4 4 (2) 2N (3) M 2N 4 (4) 2Nt3 10. The equation of a longitudinal wave is represented as y = 20 cos (50t – x). Its wavelength is (x is in cm) : …
