Physics, asked by ANSHUL3578, 12 hours ago

A transmitting antenna of 100 m height radiates 40 kw at a frequency of 100mhz uniformly in azimuth plane if the height of receiver antenna is 16m the value of line of sight distance given by

Answers

Answered by vaishnavigpune
0

Answer:

Line of sight (LOS): This a type of propagation

that can transmit and receive data only when the transmitter and receiving stations are in view of each other without any sort of obstacle between them.

This is also called space wave propagation or Friis transmission.

It is best suited for a frequency > 30 MHz

The Line of sight distance is calculated as:

LOS 4.12 [√h + √₂ km ---(1)

=

V

Calculation:

We are given h₁ = 100 m and h₁ = 16 m Putting on the respective values in Equation (1), we get:

LOS =

(4.12) (√100+ √16) km

LOS = (4.12) (19) km

LOS = 57.68 km

Explanation:

hope it helps you

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