Keisha writes that if an object has any external forces acting on it, then the object can be in dynamic equilibrium but not
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The dimension of a/b where x is the distance and t is the time is T
Given the expression
x = at + bt²
where
x is the distance
t is the time
Based on the homogeneity principle, the expression on the left-hand side must be equal to that on the right. Hence;
x = at
Since x is the distance and distance is measured in metres, the dimension equivalent will be the length 'L'
Since t is the time and time is measured in seconds, the dimension equivalent will be the seconds 'T'
Similarly;
x = bt²
Next is to get a/b;
Hence the dimension of a/b is T
Answer :
Explanation :
Given that,
Angular velocity
Time
We know , the formula of angular velocity
The angular speed of the tire is
Hence, this is the required solution.