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You're referring to MHz, the frequency band that reserved for public broadcast FM radio, the band varies between countries but it's usually 86 - 108MHz. Frequencies outside that spectrum are reserved for other services, for example those just above it are used for commercial aviation communications.

Theme: What will you talk about? Decide on a theme or category for the type of content you produce. Schedule: Decide on a length of time for each broadcast, how often it will air, and for how many weeks or months. Of course, this will be decided by a radio station if you broadcast through one.

PROs or CMOs negotiate licensing deals with different stations or networks. Sometimes these licenses are ?blanket deals?; a one-time licensing fee is paid, and then the money is divided based on how much use each work gets. Other licenses are done on a ?per-program? basis, wherein a fee is paid for each use of a work.

To do so, you must obtain MIB's consent (Ministry of Information & Broadcasting, Govt. of India). Except for the MIB, no one else has the authority to grant this license. You can begin your broadcast on the frequency once you receive the WPC's final approval (Radio FM).

In the AM band, each AM station has a maximum bandwidth of 10 kHz, extending 5 kHz above and 5 kHz below the assigned center frequency. The AM band in the United States covers frequencies from 540 kHz up to 1700 kHz, in 10 kHz steps (540, 550, 560 ... 1680, 1690, 1700).

The length of the antenna required to transmit a signal is related to the wavelength. Directly transmitting frequencies in the audio range would have long wavelengths requiring a humongous antenna and lots of amplification.

Below this is reserved for television stations. Radio waves would interfere with television waves, hampering communications. However, the FCC will allow radio broadcasts to produce transmissions lower than 88.1 MHz if the carrier wave does not go farther than about 60 meters.