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A T.V Tower has a height of 300m. What i...

A T.V Tower has a height of `300`m. What is the maximum distance upto which this T.V. transmission can be received ?

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To find the maximum distance up to which the TV transmission can be received from a tower of height 300 m, we can use the formula for the range of transmission, which is derived from the geometry of the Earth: ### Step-by-Step Solution: 1. **Identify the height of the TV tower (H)**: - Given: Height of the TV tower, \( H = 300 \, \text{m} \). 2. **Use the formula for maximum distance (D)**: ...
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The height of a T.V. tower is 300 m. What is the maximum distance upto which T. V. signals can be received ? ( R = 6400 km)

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The T.V. transmission tower in Delhi has a height of 240 m. The distance up to which the broadcast can be received, (taking the radius of earth to be 6.4xx10^(6)m) is

The T.V.Transmission tower in Delhi has a height of 240m. The distnace up to which the broadcast can be received (taking the radius of earth to be 6.4xx 10^(6) is:

Height h(400=m) from the ground at place A, from which the readiowaves can be transmitted. There is a receive at station B on earth at a distance d(=125km), which can receive the signal from station A. The radiowaves can reach the station B, either through earth's atmosphere or through satellite. There are four main layers in earth's atmosphere named D,E, F_(1) and F_(2) which play effective role in radio communication. The electron density of these layers is 4xx10^(8), 2xx10^(11),5xx10^(11) and 8xx10^(11)m^(-3) . The radius of the earth is 6.4xx10^(6)m . If the station A sends the T.V. signals, then the maximum area on earth upto which T.V. transmission can be received on earth is (average population density around the tower is 1000 km^(-2) )

The T.V. transmission tower in Delhi has a height of 240m . The distance (in km ) up to which the broadcast can be received is (Take radius of earth =6.4xx 10^(6)m ) (Answer should be in integer form)

What is the factor which limits the covering range of T.V. transmission ?

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