A string is under tension so that its length is increased by 1/n times its original length. The ratio of fundamental frequency of longitudinal vibrations and transverse vibrations will be
Sahay Sir > Question Answers > A string is under tension so that its length is increased by 1/n times its original length. The ratio of fundamental frequency of longitudinal vibrations and transverse vibrations will be
A string is under tension so that its length is increased by 1/n times its original length . The ratio of fundamental frequency of longitudinal vibrations and transverse vibrations will be
07
Dec
A string is under tension so that its length is increased by 1/n times its original length . The ratio of fundamental frequency of longitudinal vibrations and transverse vibrations will be A string is under tension so that its length is increased by 1/n times its original length. The ratio of fundamental frequency of longitudinal [...]
A string is under tension so that its length is increased by 1/n times its original length. The ratio of fundamental frequency of longitudinal vibrations and transverse vibrations will be
06
Nov
A string is under tension so that its length is increased by 1/n times its original length. The ratio of fundamental frequency of longitudinal vibrations and transverse vibrations will be A string is under tension so that its length is increased by 1/n times its original length. The ratio of fundamental frequency of longitudinal vibrations [...]