0
You visited us 0 times! Enjoying our articles? Unlock Full Access!
Question

In the expression of potential energy of a particle U = where x is distance from origin and A and B ? 1 B are constants MLT (A) Dimensional formula of A = MLT-2 XxB) Dimensional formula of B =[['] (C) Dimensional formula of A/B = MET | (D) Dimension formula of AB = MIFT*-*

Solution
Verified by Toppr


Was this answer helpful?
0
Similar Questions
Q1
The potential energy of a particle varies with distance x from a fixed origin as U=Axx2+B, where A and B are dimensional constants then dimensional formula for AB is
View Solution
Q2

d potential energy of a particle varies wid distance 'x' from a fixed origin as;-U=A root /x square + B , WHERE A and B are dimensional constants then WHAT WILL be dimensional formula for AB?

View Solution
Q3
The potential energy of a particle varies the distance x from a fixed origin as U=Axx2+B, where A and B are dimensional constants, then find the dimensional formula for AB.
View Solution
Q4
potential energy of particles varies with distance x as u= arootx / x^2 +b^2 where a and b are dimensional constants then dimensional formula a?b is??
View Solution
Q5
If kinetic energy of a body is given as k=Cx where C is constant and x is distance from origin then, dimensional formula for C is
View Solution