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STATEMENT-I:In SHM let x be the maximum speed, (y ) the frequency of oscillation and (z ) the maximum acceleration, then ( ( x y z ) ) is a constant quantity. and STATEMENT - II : This is because ( ( xy z ) ) becomes a dimensionless quantity

Options

  1. AStatement-I is true, statement-II is true and statement-II is correct explanation for statement-I.
  2. BStatement-I is true, statement-II is true and statement-II is NOT the correct explanation for statement-I.
  3. CStatement-I is true, statement-II is false.
  4. DStatement-I is false, statement-II is true.

Correct answer

A. Statement-I is true, statement-II is true and statement-II is correct explanation for statement-I.

Step-by-step solution

- Statement I: In SHM, the expression ( x y z ), where (x ) is the maximum speed, (y ) is the frequency, and (z ) is the maximum acceleration, is a constant quantity. This is true. In SHM, there is a relationship between maximum speed ( (x )), maximum acceleration ( (z )), and frequency ( (y )), and their ratio leads to a constant dimensionless quantity. - Statement II: The reason ( x y z ) is constant is that it forms a dimensionless quantity. This is true, as dividing quantities with appropriate dimensions can re

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