In an electromagnetic wave- the electric and magnetic fields are 100-V-m and 0-265-A-m- The maximum energy flow is-36-5-W-m-226-5-W-m-246-7-W-m-2765-W-m-2

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Here- amplitude of electric field-xA0-E0-100V-m- amplitude of magnetic field-xA0-H0-0-265A-m- We know that the maximum rate of energy flow-S-E0-xD7-H0-100-xD7-0-265-26-5W-m2-

In an electromagnetic wave, the electric and magnetic fields are $100 V / m$ and $0.265 A / m$ . The maximum energy flow is:
$36.5 W / m^{2}$
$26.5 W / m^{2}$
$46.7 W / m^{2}$
$765 W / m^{2}$

Here, amplitude of electric field, $E_{0} = 100 V / m$ ; amplitude of magnetic field, $H_{0} = 0.265 A / m$ . We know that the maximum rate of energy flow,
$S = E_{0} \times H_{0} = 100 \times 0.265 = 26.5 W / m^{2}$ .

In an electromagnetic wave, the electric and magnetic fields are 100V/m and 0.265A/m. The maximum energy flow is:36.5W/m226.5W/m246.7W/m2765W/m2

Here, amplitude of electric field, E0=100V/m; amplitude of magnetic field, H0=0.265A/m. We know that the maximum rate of energy flow,S=E0×H0=100×0.265=26.5W/m2.

In an electromagnetic wave, the electric and magnetic fields are $100 V / m$ and $0.265 A / m$ . The maximum energy flow is:
$36.5 W / m^{2}$
$26.5 W / m^{2}$
$46.7 W / m^{2}$
$765 W / m^{2}$

Here, amplitude of electric field, $E_{0} = 100 V / m$ ; amplitude of magnetic field, $H_{0} = 0.265 A / m$ . We know that the maximum rate of energy flow,
$S = E_{0} \times H_{0} = 100 \times 0.265 = 26.5 W / m^{2}$ .