Physics Quiz 04

The dimensions of volume are

M^0L^3T^0

M^1L^3T^1

M^0L^2 T^0

M^0L^3T^-1

Correct! Wrong!

In S.I. system Pascal is a unit of

Surface Tension

Viscosity

Velocity

Surface energy

Correct! Wrong!

The dimensional formula ML^2T^-2 represents

acceleration

The moment of a force

Force

Momentum

Correct! Wrong!

One pascal in SI is equal to

one newton metre^-2

one newton metre

one dyne cm^2

one newton metre^-1

Correct! Wrong!

Which of the following pairs of physical quantities have the same dimensions?

momentum and impulse

energy and surface energy

force and surface tension

momentum and angular momentum

Correct! Wrong!

The M.K.S unit of energy is

None of these

Dyne/sec

Erg

Joule

Correct! Wrong!

In the Bernoullie's theory the term 1/2 pv2 and pgxprocess the same unit as of

Force

Impulse

Pressure

Strain

Correct! Wrong!

The unit of current density is

Ampere metre^2

Ampere/metre

ampere/metre^2

weber/metre^2

Correct! Wrong!

Dimensional analysis can be used in deducing the exact relationship between any number of physical quantities

None of these

Uncertain

True

False

Correct! Wrong!

The dimensions of volume are

In S.I. system Pascal is a unit of

The dimensional formula ML^2T^-2 represents

One pascal in SI is equal to

Which of the following pairs of physical quantities have the same dimensions?

The M.K.S unit of energy is

In the Bernoullie's theory the term 1/2 pv2 and pgxprocess the same unit as of

The unit of current density is

Dimensional analysis can be used in deducing the exact relationship between any number of physical quantities

About the author

Muhammad Arslan

The dimensions of volume are

In S.I. system Pascal is a unit of

The dimensional formula ML^2T^-2 represents

One pascal in SI is equal to

Which of the following pairs of physical quantities have the same dimensions?

The M.K.S unit of energy is

In the Bernoullie's theory the term 1/2 pv2 and pgxprocess the same unit as of

The unit of current density is

Dimensional analysis can be used in deducing the exact relationship between any number of physical quantities

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About the author

Muhammad Arslan