problem 1: For an antenna half power beam width is 3 and scan rate is 30 /sec. Compute the target illumination period. If R_unamb = 100 Km. Compute the number of received pulses every illumination period.

problem 2: How is multiple time around echoes distinguished from the unambiguous echoes?

problem 3: What do you mean by the term false alarm?

problem 4: Define the term radar cross section of target.

problem 5: How does integration of the radar pulses enhance the detection capability of the radar?

problem 6: In a radar receiver P_fa = 1.05*10 - 10BIF = 1 MHz. Determine the average false alarm time tolerable? For the same P_fa, how many dbs above the rms voltage, the threshold voltage must be?

problem 7: Describe the importance of radar cross section of targets.

problem 8: Illustrate the operating frequency, power requirements and expected range of an actual radar system.

problem 9: The noise entering the IF amplifier is white Gaussian. If threshold to noise ratio is 14 dB, determine the probability of false alarm?

problem 10: Why do we choose higher radar frequencies for the meteorological radars?