The dimensions of \$\dfrac { mass }{ Force\quad cons\quad tan\quad t\quad of\quad SHM } \$ are same asw that of :

\${ \left( time \right) }^{ 2 }\$

\$\dfrac { 1 }{ acceleration } \$

Join / Login

physics

The dimensions of $\frac{m a s s}{F o r c e c o n s t a n t o f S H M}$ are same asw that of :

time

$(t i m e)^{2}$

acceleration

$\frac{1}{a c c e l e r a t i o n}$

Medium

Answer

Our experts are building a solution for this

Upvote (0)

Was this answer helpful?

Get Instant Solutions, 24x7

No Signup required

download app

Which of the following quantities is dimensionless

View solution

$L^{- 1} M^{1} T^{- 2}$ are the dimension for________.

View solution

Of the following pairs of physical quantities, which one is dimensionally odd?

View solution

The dimensional formula of wave number is

View solution

Dimensions $[M L^{- 1} T^{- 1}]$ are related to

View solution

The dimensional formula for electric intensity is

View solution

Which of the following statements regarding dimensions is correct?

View solution

The expression $[M L^{2} T^{- 2}]$ represents

View solution

The dimensions of $\frac{1}{μ _{0} \in _{0}}$ is (where symbols have their usual menaing)

View solution

A pressure $O$ , velocity of light $C$ and acceleration due to gravity g are chosen as fundamental units, then dimensional formula of mass is

View solution

Create custom Assignments

Customize assignments and download PDF’s

Make now

Learn with content

Watch learning videos, swipe through stories, and browse through concepts

Concepts
Videos
Stories

The dimensions of $\frac{m a s s}{F o r c e c o n s t a n t o f S H M}$ are same asw that of :

time

$(t i m e)^{2}$

acceleration

$\frac{1}{a c c e l e r a t i o n}$

Answer

Related questions

Which of the following quantities is dimensionless

$L^{- 1} M^{1} T^{- 2}$ are the dimension for________.

Of the following pairs of physical quantities, which one is dimensionally odd?

The dimensional formula of wave number is

Dimensions $[M L^{- 1} T^{- 1}]$ are related to

The dimensional formula for electric intensity is

Which of the following statements regarding dimensions is correct?

The expression $[M L^{2} T^{- 2}]$ represents

The dimensions of $\frac{1}{μ _{0} \in _{0}}$ is (where symbols have their usual menaing)

A pressure $O$ , velocity of light $C$ and acceleration due to gravity g are chosen as fundamental units, then dimensional formula of mass is

Learn with content

Take Toppr Scholastic Test for Aptitude and Reasoning

Win exciting scholarships and plan a great education plan

The dimensions of ForceconstantofSHMmass​ are same asw that of :

time

(time)2

acceleration

acceleration1​

Answer

Related questions

Which of the following quantities is dimensionless

L−1M1T−2 are the dimension for________.

Of the following pairs of physical quantities, which one is dimensionally odd?

The dimensional formula of wave number is

Dimensions [ML−1T−1] are related to

The dimensional formula for electric intensity is

Which of the following statements regarding dimensions is correct?

The expression [ML2T−2] represents

The dimensions of μ0​∈0​1​ is (where symbols have their usual menaing)

A pressure O, velocity of light C and acceleration due to gravity g are chosen as fundamental units, then dimensional formula of mass is

Learn with content

Take Toppr Scholastic Test for Aptitude and Reasoning

Win exciting scholarships and plan a great education plan

The dimensions of $\frac{m a s s}{F o r c e c o n s t a n t o f S H M}$ are same asw that of :

$(t i m e)^{2}$

$\frac{1}{a c c e l e r a t i o n}$

$L^{- 1} M^{1} T^{- 2}$ are the dimension for________.

Dimensions $[M L^{- 1} T^{- 1}]$ are related to

The expression $[M L^{2} T^{- 2}]$ represents

The dimensions of $\frac{1}{μ _{0} \in _{0}}$ is (where symbols have their usual menaing)

A pressure $O$ , velocity of light $C$ and acceleration due to gravity g are chosen as fundamental units, then dimensional formula of mass is