A string of length 1.0 m vibrates in 10 loops. If the total mass of the string is 1.0 x 10−³ kg and the tension in it is 10N, calculate the frequency of the vibration. by Sunday | Aug 29 | Physics WAEC | 0 comments A. 50Hz B. 100Hz C. 250Hz D. 400Hz E. 500Hz Correct Answer: Option A – 50Hz Users Also Read These:The fundamental frequency of a plucked wire under a…A body of mass 2kg is suspended from the ceiling of…Find the frequencies of the first three harmonics of…An electric string of length l is elastically…A string under tension produces a note of frequency…