A particle of mass m is executing S.H.M. If amplitude is a and frequency n, the value of its force constant will be :

A particle of mass $m$ is executing S.H.M. If amplitude is $a$ and frequency $n$ , the value of its force constant will be :

A
$m n^{2}$
B
$4 m n^{2} a^{2}$
C
$m a^{2}$
D
$4 π^{2} {mn}^{2}$

Solution:

Force constant

$K = m ω^{2} \Rightarrow K = m {(2 πn)}^{2} K = m 4 π^{2} n^{2}$

Related content

World Mental Health Day 2024

World Statistics Day 2024: Know United Nations Statistics Division Programmes

PM Kisan Samman Nidhi 18th Installment

Our IIT JEE Main Mock Test Series is designed to help candidates prepare effectively for the Main & Advanced 2025

Essay on Eco Friendly Diwali for Students

GK Questions on Ekta Diwas 2024

Top Engineering Colleges in South Accepting JEE Main Score in India

Diwali Greetings and Wishes to Share with Loved Ones

GK Questions on Diwali 2024

Citrus Fruits

Select your current Grade

6

7

8

9

10

11

12

13