The Vividh Bharti Station of All India Radio Delhi broadcasts on a frequency of $1, 368 k H z$ . Calculate the wavelength $(λ)$ of the electromagnetic radiation emitted by the transmitter. Which part of the electromagnetic spectrum does it belong to?

319.4 m

and X-rays

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319.4 m

and radiowave

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219.3 m

and microwave

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219.3 m

and radiowave

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Solution

The correct option is A $219.3 m$ and radiowave
The frequency $ν = 1, 368 k H z = 1, 368, 000 H z$

The wavelength $λ = \frac{c}{ν} = \frac{3 \times 10^{8}}{1, 368, 000} = 219.3 m$

This wavelength belongs to the radio wave region.

Hence, the correct option is $D$

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The Vividh Bharti Station of All India Radio Delhi broadcasts on a frequency of 1,368 kHz. Calculate the wavelength (λ) of the electromagnetic radiation emitted by the transmitter. Which part of the electromagnetic spectrum does it belong to?

The correct option is A 219.3 m and radiowave The frequency ν=1,368 kHz=1,368,000 HzThe wavelength λ=cν=3×1081,368,000=219.3mThis wavelength belongs to the radio wave region.Hence, the correct option is D

The Vividh Bharti Station of All India Radio Delhi broadcasts on a frequency of $1, 368 k H z$ . Calculate the wavelength $(λ)$ of the electromagnetic radiation emitted by the transmitter. Which part of the electromagnetic spectrum does it belong to?

The correct option is A $219.3 m$ and radiowave
The frequency $ν = 1, 368 k H z = 1, 368, 000 H z$

The wavelength $λ = \frac{c}{ν} = \frac{3 \times 10^{8}}{1, 368, 000} = 219.3 m$

This wavelength belongs to the radio wave region.

Hence, the correct option is $D$