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12 when *,vt supresent posten, vel, time then del lorong respectively represents ac, rate of change of fud, take of change in vel, 29 ofefund @ v, aue, ace, au aus, aa, wc, ace @au , nad of change in wel, role of change afuel, 4ff

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A metal sample carrying a current along $X -$ axis with density $J_{x}$ is subjected to a magnetic field $B_{z}$ (along $z -$ axis). The electric field $E_{y}$ developed along $Y -$ axis is directly proportional to $J_{x}$ as well as $B_{z}$ . The constant of proportionality has $S I$ unit.

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The dimensional formula of $\frac{G M _{e}}{g R e ^{2}}$ is ---------

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The dimension of electrical conductivity is _________.

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The dimension of $\frac{1}{2} ϵ_{o} E^{2}$ permittivity of free space and E:
Intensity of electric field) is

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If the velocity of the particle is given by $v = \frac{a}{t} + b t^{2}$
The dimensions of a & b are given as ______

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The dimensional formula for electric flux is?

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Velocity gradient has dimension of

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The dimensions of time constant are:

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The dimensional formula for impulse is same as the dimensional
formula for

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If L be the inductance, R resistance and C be the capacitance of a capacitor, then dimensional formula of $\frac{L}{R}$ and RC are

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12 when *,vt supresent posten, vel, time then del lorong respectively represents ac, rate of change of fud, take of change in vel, 29 ofefund @ v, aue, ace, au aus, aa, wc, ace @au , nad of change in wel, role of change afuel, 4ff

Answer

Related questions

A metal sample carrying a current along $X -$ axis with density $J_{x}$ is subjected to a magnetic field $B_{z}$ (along $z -$ axis). The electric field $E_{y}$ developed along $Y -$ axis is directly proportional to $J_{x}$ as well as $B_{z}$ . The constant of proportionality has $S I$ unit.

The dimensional formula of $\frac{G M _{e}}{g R e ^{2}}$ is ---------

The dimension of electrical conductivity is _________.

The dimension of $\frac{1}{2} ϵ_{o} E^{2}$ permittivity of free space and E:
Intensity of electric field) is

If the velocity of the particle is given by $v = \frac{a}{t} + b t^{2}$
The dimensions of a & b are given as ______

The dimensional formula for electric flux is?

Velocity gradient has dimension of

The dimensions of time constant are:

The dimensional formula for impulse is same as the dimensional
formula for

If L be the inductance, R resistance and C be the capacitance of a capacitor, then dimensional formula of $\frac{L}{R}$ and RC are

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12 when *,vt supresent posten, vel, time then del lorong respectively represents ac, rate of change of fud, take of change in vel, 29 ofefund @ v, aue, ace, au aus, aa, wc, ace @au , nad of change in wel, role of change afuel, 4ff

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Related questions

A metal sample carrying a current along X−axis with density Jx​ is subjected to a magnetic field Bz​ (along z−axis). The electric field Ey​ developed along Y−axis is directly proportional to Jx​ as well as Bz​. The constant of proportionality has SI unit.

The dimensional formula of gRe2GMe​​ is ---------

The dimension of electrical conductivity is _________.

The dimension of 21​ϵo​E2 permittivity of free space and E: Intensity of electric field) is

If the velocity of the particle is given by v=ta​+bt2 The dimensions of a & b are given as ______

The dimensional formula for electric flux is?

Velocity gradient has dimension of

The dimensions of time constant are:

The dimensional formula for impulse is same as the dimensional formula for

If L be the inductance, R resistance and C be the capacitance of a capacitor, then dimensional formula of RL​ and RC are

Learn with content

Take Toppr Scholastic Test for Aptitude and Reasoning

Win exciting scholarships and plan a great education plan

A metal sample carrying a current along $X -$ axis with density $J_{x}$ is subjected to a magnetic field $B_{z}$ (along $z -$ axis). The electric field $E_{y}$ developed along $Y -$ axis is directly proportional to $J_{x}$ as well as $B_{z}$ . The constant of proportionality has $S I$ unit.

The dimensional formula of $\frac{G M _{e}}{g R e ^{2}}$ is ---------

The dimension of $\frac{1}{2} ϵ_{o} E^{2}$ permittivity of free space and E:
Intensity of electric field) is

If the velocity of the particle is given by $v = \frac{a}{t} + b t^{2}$
The dimensions of a & b are given as ______

The dimensional formula for impulse is same as the dimensional
formula for

If L be the inductance, R resistance and C be the capacitance of a capacitor, then dimensional formula of $\frac{L}{R}$ and RC are