\(\left[M L T^{-1}\right] \text { are the dimensions of }\)....

Channel:
PW Solutions
Subscribers:
443,000
Published on ● Video Link: https://www.youtube.com/watch?v=L9BAZ0s3QE8


Duration: 3:18
1 views
0

\(\left[M L T^{-1}\right] \text { are the dimensions of }\) 📲PW App Link - https://bit.ly/YTAI_PWAP 🌐PW Website - https://www.pw.live



Other Videos By PW Solutions


2024-05-09If \(v=\sqrt{\frac{\gamma P}{\rho}}\), then the dimensions of \(\gamma\) are \((P\) is pressure,....
2024-05-09The velocity of sound in a gas is given by \(v=\sqrt{\gamma k_b \frac{T}{m}}\). Velocity \(v\) i....
2024-05-09A wave is represented by \(y=a \sin (A t-B x+C)\) where \(A\), \(B, C\) are constants, \(t\) is ....
2024-05-09Force \(F\) is given in terms of time \(t\) and distance \(x\) by \(F=A\) \(\sin C t+B \cos D x\....
2024-05-09A dimensionless quantity: ....
2024-05-09Which one of the following has the dimensions of \(M L^{-1} T^{-2}\)?....
2024-05-09The dimensions of work done per unit mass per unit relative density would be equivalent to the d....
2024-05-09Which of the following is dimensional formula of intensity?....
2024-05-09The dimensions of \(\left[\frac{h}{G}\right]\), where \(h=\) Planck's constant and \(G=\) gravit....
2024-05-09The pair of physical quantities having the same dimensional formula among the following is....
2024-05-09\(\left[M L T^{-1}\right] \text { are the dimensions of }\)....
2024-05-09What are the dimensions of Boltzmann's constant? ....
2024-05-09The SI unit of Stefan's constant is....
2024-05-09The angular frequency is measured in \(\mathrm{rad} \mathrm{s}^{-1}\). Its exponent in length ar....
2024-05-09In SI units the angular acceleration has unit of....
2024-05-09The frequency of vibration of a string depends on, (i) tension in the string (ii) mass per unit ....
2024-05-09The SI unit of the universal gas constant R is....
2024-05-09The specific resistance has the unit of:....
2024-05-09The unit of magnetic moment is:....
2024-05-09Surface tension has unit of....
2024-05-09The SI unit of the universal gravitational constant G is ....