Question

A non-holonomic constraints may be
expressed in the form of:
(A)
Equality
(B)
Inequality
(C)
Vector
D
None of the above​

Answer 1

Answer:

I think option c

Explanation:

and follow me

Answer 2

Non-holonomic constraints may be expressed in the form of (B)Inequality.

Inequality:

Non-holonomic constraints are essentially the same as all other cases: when the constraints cannot be expressed as an equation between coordinates but often as an inequality.

Explanation for incorrect option:

(A)Equality:

A particle trapped in a spherical shell is a system with non-holonomic constraints. As a result, we are unable to rewrite this to achieve equality.

(C) Vector:

A vector non-holonomic system is a physical system whose state is determined by the path taken to reach it. So it cannot be used to express non-holonomic constraints.

(D) None of the above​:

A non-holonomic constraint is expressed in the form of inequality. So none of the above is considered a wrong answer.

Hence, Inequality can be used to express non-holonomic constraints.