ASSOCIATE CET COMPREHENSIVE EXAM
SCRIPT VERIFIED QUESTIONS COMPLETE
ANSWERS GRADED APLUS
◉ A. Xc = 1 ÷ 2 π FC
Answer: Which formula is used to calculate reactance in the
following schematic?
A. Xc = 1 ÷ 2 π FC
B. Xc = 2 π FC
C. Xc = R² + L² + C²
D. Xc = 2 π LFC
◉ C. Low pass T
Answer: Which one of the above is a common description of the
filter shown above?
A. Bandpass
B. Low pass L
C. Low pass T
D. High pass T
◉ A. Approximately 1,198 ohms
, Answer: What is the combined reactance of the two capacitors in
the series in the drawing above?
A. Approximately 1,198 ohms
B. Approximately 265 ohms
C. Approximately 24 ohms
D. Approximately .00377 ohms
◉ B. A "PI" filter
Answer: The filter configuration shown is commonly called:
A. An "L" filter
B. A "PI" filter
C. An LCL filter
D. A CLC filter
◉ D. 500 Hz
Answer: The sine wave shown above is at what frequency?
A. 500 KHz
B. 50 KHz
C. 5 KHz
D. 500 Hz
SCRIPT VERIFIED QUESTIONS COMPLETE
ANSWERS GRADED APLUS
◉ A. Xc = 1 ÷ 2 π FC
Answer: Which formula is used to calculate reactance in the
following schematic?
A. Xc = 1 ÷ 2 π FC
B. Xc = 2 π FC
C. Xc = R² + L² + C²
D. Xc = 2 π LFC
◉ C. Low pass T
Answer: Which one of the above is a common description of the
filter shown above?
A. Bandpass
B. Low pass L
C. Low pass T
D. High pass T
◉ A. Approximately 1,198 ohms
, Answer: What is the combined reactance of the two capacitors in
the series in the drawing above?
A. Approximately 1,198 ohms
B. Approximately 265 ohms
C. Approximately 24 ohms
D. Approximately .00377 ohms
◉ B. A "PI" filter
Answer: The filter configuration shown is commonly called:
A. An "L" filter
B. A "PI" filter
C. An LCL filter
D. A CLC filter
◉ D. 500 Hz
Answer: The sine wave shown above is at what frequency?
A. 500 KHz
B. 50 KHz
C. 5 KHz
D. 500 Hz
