NEET Questions

$\frac{1}{{\sqrt {{{\rm{\mu }}_0}{{\rm{\varepsilon }}_0}} }}$

$\frac{1}{{\sqrt {{\rm{\mu \varepsilon }}} }}$

$\sqrt {{\rm{\mu }}/{\rm{\varepsilon }}}$

$\sqrt {\frac{{{{\rm{\mu }}_0}}}{{\rm{\varepsilon }}}}$

$\sqrt {{\mu _0}{\varepsilon _0}}$

$\sqrt {\frac{{{\mu _0}}}{{{\varepsilon _0}}}}$

$\sqrt {\frac{1}{{{\mu _0}{\varepsilon _0}}}}$

$\sqrt {\frac{{{\varepsilon _0}}}{{{\mu _0}}}}$

$\sqrt {{\mu _0}{\varepsilon _0}}$

$\sqrt {\frac{{{\mu _0}}}{{{\varepsilon _0}}}}$

$\sqrt {\frac{1}{{{\mu _0}{\varepsilon _0}}}}$

$\sqrt {\frac{{{\varepsilon _0}}}{{{\mu _0}}}}$

$3.1\; imes \;{10^{ - 8}}\;T$

$3 imes \;{10^{ - 5}}\;T$

$3\; imes \;{10^{ - 6}}\;T$

$9.3 imes \;{10^{ - 6}}\;T$

5090 cm

4050 cm

4230 cm

3660 cm

$3.1\; imes \;{10^{ - 8}}\;T$

$3 imes \;{10^{ - 5}}\;T$

$3\; imes \;{10^{ - 6}}\;T$

$9.3 imes \;{10^{ - 6}}\;T$

5090 cm

4050 cm

4230 cm

3660 cm

${E_y} = 33\cos \pi \; imes \;{10^{11}}\left( {t - \;\frac{x}{c}} \right),\;{B_z} = 1.1 imes \;{10^{ - 7}}\cos \pi imes {10^{11}}\left( {t - \frac{x}{c}} \right)$

${E_y} = 11\cos 2\pi \; imes {10^{11}}\left( {t - \;\frac{x}{c}} \right),{B_y} = 11 imes \;{10^{ - 7}}\cos 2\pi imes {10^{11}}\left( {t - \frac{x}{c}} \right)$

${E_x} = 33\cos \pi \; imes \;{10^{11}}\left( {t - \;\frac{x}{c}} \right),{B_x} = 11 imes \;{10^{ - 7}}\cos \pi imes {10^{11}}\left( {t - \frac{x}{c}} \right)$

${E_y} = 66\cos 2\pi \; imes \;{10^{11}}\left( {t - \;\frac{x}{c}} \right),{B_z} = 2.2 imes \;{10^{ - 7}}\cos 2\pi imes {10^{11}}\left( {t - \frac{x}{c}} \right)$

Zero

$3 imes {10^4}\;{\rm{V}}{{\rm{m}}^{ - 1}}$

$5.8 imes {10^{ - 4}}{\rm{\;T}}$

$3.0 imes {10^{ - 5}}{\rm{\;T}}$

Zero

$3 imes {10^4}\;{\rm{V}}{{\rm{m}}^{ - 1}}$

$5.8 imes {10^{ - 4}}{\rm{\;T}}$

$3.0 imes {10^{ - 5}}{\rm{\;T}}$