For TV transmission, the frequency range employed is:

30 - 300 M H z

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30 - 300 G H z

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30 - 300 K H z

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30 - 300 H z

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Solution

The correct option is A $30 - 300 M H z$
For TV transmissions, the frequency range goes upto $300 M H z$ .
For FM radio transmissions, the frequency range goes upto $100 M H z$ .
For space research and radio navigation, frequency range is $3600 - 10000 H z$ .

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TV waves have a wavelength range of 1-10 meter. Their frequency range in MHz is

Q. Write the modal class for the following frequency distribution:

Class-interval:	10−15	15−20	20−25	25−30	30−35	35−40
Frequency:	30	35	75	40	30	15

Q. Find the coefficient of range for the following data.

Size	$10 - 15$	$15 - 20$	$20 - 25$	$25 - 30$
Frequency	$2$	$4$	$6$	$8$

Find out range and coefficient of range of the following series. $\begin{matrix} Size & 5 - 10 & 10 - 15 & 15 - 20 & 20 - 25 & 25 - 30 Frequency & 4 & 9 & 15 & 30 & 40 \end{matrix}$

Find out range and coefficient of range of the following series.

$\begin{matrix} Size & 5 - 10 & 10 - 15 & 15 - 20 & 20 - 25 & 25 - 30 Frequency & 4 & 9 & 8 & 30 & 40 \end{matrix}$

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For TV transmission, the frequency range employed is:

The correct option is A 30−300MHzFor TV transmissions, the frequency range goes upto 300 MHz.For FM radio transmissions, the frequency range goes upto 100 MHz.For space research and radio navigation, frequency range is 3600−10000 Hz.

The correct option is A $30 - 300 M H z$
For TV transmissions, the frequency range goes upto $300 M H z$ .
For FM radio transmissions, the frequency range goes upto $100 M H z$ .
For space research and radio navigation, frequency range is $3600 - 10000 H z$ .