- A Simple Pentulm Has A String Of Length L 1m Thus A Period Of Oscillation The Badlan T 2 00 Se The Bobo Is Of At Equ 1 (164.1 KiB) Viewed 26 times
A simple pentulm has a string of length L=1m, Thus a period. of oscillation the Badlan T = 2.00 se The bobo is of at equ
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A simple pentulm has a string of length L=1m, Thus a period. of oscillation the Badlan T = 2.00 se The bobo is of at equ
A simple pentulm has a string of length L=1m, Thus a period. of oscillation the Badlan T = 2.00 se The bobo is of at equilibrium (0 =0) and is given an initial velocity vo = + 0.55/70/3 (00= 10°) (a) At what time, t=?, the bob would have. 0 = - Imar for the 1st and the 2nd time Đemay Đ t = ? 12 2 V = Thym الله (6) At what time, t=?, the bob would have a Imax for the 15th and the 2nd time angle velocity