Find out the electric field strength at 60 km away from a transmitting station of 35 kW power.

Find out the available power per unit area at a point which is 1 km away from a transmitting antenna that is transmitting 2.3 W of power and has a gain of 100.

Calculate the electric field strength at 100 km away from an antenna which is transmitting 10 kW of power.

Find out the Electric field strength 90 km away from a transmitting antenna transmitting 50 kW power.

2.)  A transmitter operating at 80 MHz has an output power of 1.5 kW which is fed to an antenna with a gain of 20 dB. Determine the "keep-out" distance (in meters) required to meet the safety standard.

3. If the carrier of an AM transmitter is 1000 W and it is modulated 100 %, determine the total power transmitted if SSBFC is used

A station transmits with 50 Watts transmitter power and 6 dB antenna. A) What is the effective isotropic radiate power (EIRP) in W?  (Use two decimal places for the final answer) B) What is the power density (mW/m^2) in a point that is 100 m away from the station? (Use two decimal places for the final answer)

Find power density in W/m2 at a distance of 25 km from an antenna that is radiating 5 kW with a gain of 36 dB.

A transmitter is required to deliver 100 W to an antenna through 45m of coaxial cable with a loss of 4 dB/100 m. What must be the input power of the transmitter, assuming the line is matched?

A transmitter with an output power of 50 W is connected to a matched load by 32 m of matched coaxial cable. It is found that only 35 W of power is dissipated in the load. Calculate the loss in the cable in decibels per 100 meters.