HVAC EXCELLENCE EXAMS 2026 – HVAC
EXCELLENCE ELECTRICITY EXAM 2025 AND HVAC
AC EXAM EACH CONTAIN 200 PREP
QUESTIONS AND CORRECT ANSWERS (BRAND
NEW!)
✅ Key Features:
• 2 Full Exams Included: Electricity & Air Conditioning
• 200 Real Exam Questions + Correct Answers per Exam
• Verified and updated for 2025-2026
• Covers electrical systems, troubleshooting, wiring, HVAC controls, refrigeration
cycle, AC performance, safety standards, and diagnostics
• Reflects the official HVAC Excellence exam format for effective preparation
• Ensures confidence for a first-attempt pass with comprehensive coverage
📘 Best For:
• HVAC technicians preparing for HVAC Excellence certification
• Students and professionals seeking career advancement in HVAC systems
• Candidates aiming to strengthen knowledge in electricity, AC servicing, and
diagnostics
• Technicians looking to validate skills and meet industry certification standards
,The relationship between energy, work, and power can be stated as which of the following?
A. Work is required to convert energy into power.
B. Power is required to convert work into energy.
C. Power is measured in units of energy, and work is the transfer of power.
D. Energy is the ability to do work, work is the result of transferring energy, and power is the rate at
which the work is accomplished. - CORRECT ANSWER-Energy is the ability to do work, work is the
result of transferring energy, and power is the rate at which the work is accomplished.
The unit used in the SI system for all forms of energy is:
A. Watts.
B. Horsepower
,C. Joules
D. Therms - CORRECT ANSWER-Joules
Three forms of energy used in the heating and air conditioning include:
A. Saturation, subcooling, superheat.
B. Solid, liquid, and gas.
C. Electrical, magnetic, mechanical.
D. Preheat, setpoint, post heat. - CORRECT ANSWER-Electrical, magnetic, and mechanical
What units are most commonly used to measure large quantities of heat quantity in the United
States?
A. Kilocalories
B. Degrees Fahrenheit
C. Therms
D. Joules - CORRECT ANSWER-Therms
Which of the following is TRUE about the relationship between potential and kinetic energy?
A. Potential energy converts to kinetic energy, but not the reverse
B. There is no relationship between potential and kinetic energy.
C. Kinetic energy converts to potential energy, but not the reverse.
D. Kinetic and potential energy may be converted in either direction - CORRECT ANSWER-Kinetic and
potential energy may be converted in either direction
Why is electricity distributed using extremely high voltages?
A. High-voltage electricity travels faster than lower-voltage electricity and can get from one side of
the country to the other in seconds.
B. For safety because the insulation on the electrical distribution lines is not as effective at lower
voltages.
C. To keep current as low as possible and reduce loss through the lines.
D. Higher voltages are easier to generate than lower voltages, so distributing them as a high voltage
reduces equipment and saves money. - CORRECT ANSWER-To keep current as low as possible and
reduce loss through the lines.
, Why is the number 3.41 significant in figuring BTU?
A. One BTU is produced every 3.41 hours
B. One watt produced 3.41 hp per hour
C. One watt produced 3.41 BTU per hour
D. One volt equal 3.41 BTU per hour - CORRECT ANSWER-One watt produces 3.41 BTU per hour
Why is the voltage of electricity increased for transmission over long distances?
A. It reduces the amount of electricity loss.
B. It creates an alternating current.
C. It speeds up transmission times.
D. It increases the resistance of the lines. - CORRECT ANSWER-It reduces the amount of electricity
loss.
According to Joe's pressure-temperature chart, the saturation temperature for 12 lb of pressure is
36.9°F. The actual refrigerant temperature measured was 35.2°F. What does this tell you about the
refrigerant?
A. It is subcooled
B. It is superheated
C. It is saturated
D. It is supercooled - CORRECT ANSWER-It is saturated
An air conditioner using refrigerant R-134a has a low-side pressure of 35 psig and a temperature of
40°F. According to the pressure-temperature chart:
A. it is saturated
B. it is superheated
C. It is subcooled
D. Its condition cannot be determined knowing just the pressure and temperature - CORRECT
ANSWER-It is saturated
An air conditioner with refrigerant R-22 has a low-side pressure of 70 psig and a temperature of
55°F. According to the pressure-temperature chart:
EXCELLENCE ELECTRICITY EXAM 2025 AND HVAC
AC EXAM EACH CONTAIN 200 PREP
QUESTIONS AND CORRECT ANSWERS (BRAND
NEW!)
✅ Key Features:
• 2 Full Exams Included: Electricity & Air Conditioning
• 200 Real Exam Questions + Correct Answers per Exam
• Verified and updated for 2025-2026
• Covers electrical systems, troubleshooting, wiring, HVAC controls, refrigeration
cycle, AC performance, safety standards, and diagnostics
• Reflects the official HVAC Excellence exam format for effective preparation
• Ensures confidence for a first-attempt pass with comprehensive coverage
📘 Best For:
• HVAC technicians preparing for HVAC Excellence certification
• Students and professionals seeking career advancement in HVAC systems
• Candidates aiming to strengthen knowledge in electricity, AC servicing, and
diagnostics
• Technicians looking to validate skills and meet industry certification standards
,The relationship between energy, work, and power can be stated as which of the following?
A. Work is required to convert energy into power.
B. Power is required to convert work into energy.
C. Power is measured in units of energy, and work is the transfer of power.
D. Energy is the ability to do work, work is the result of transferring energy, and power is the rate at
which the work is accomplished. - CORRECT ANSWER-Energy is the ability to do work, work is the
result of transferring energy, and power is the rate at which the work is accomplished.
The unit used in the SI system for all forms of energy is:
A. Watts.
B. Horsepower
,C. Joules
D. Therms - CORRECT ANSWER-Joules
Three forms of energy used in the heating and air conditioning include:
A. Saturation, subcooling, superheat.
B. Solid, liquid, and gas.
C. Electrical, magnetic, mechanical.
D. Preheat, setpoint, post heat. - CORRECT ANSWER-Electrical, magnetic, and mechanical
What units are most commonly used to measure large quantities of heat quantity in the United
States?
A. Kilocalories
B. Degrees Fahrenheit
C. Therms
D. Joules - CORRECT ANSWER-Therms
Which of the following is TRUE about the relationship between potential and kinetic energy?
A. Potential energy converts to kinetic energy, but not the reverse
B. There is no relationship between potential and kinetic energy.
C. Kinetic energy converts to potential energy, but not the reverse.
D. Kinetic and potential energy may be converted in either direction - CORRECT ANSWER-Kinetic and
potential energy may be converted in either direction
Why is electricity distributed using extremely high voltages?
A. High-voltage electricity travels faster than lower-voltage electricity and can get from one side of
the country to the other in seconds.
B. For safety because the insulation on the electrical distribution lines is not as effective at lower
voltages.
C. To keep current as low as possible and reduce loss through the lines.
D. Higher voltages are easier to generate than lower voltages, so distributing them as a high voltage
reduces equipment and saves money. - CORRECT ANSWER-To keep current as low as possible and
reduce loss through the lines.
, Why is the number 3.41 significant in figuring BTU?
A. One BTU is produced every 3.41 hours
B. One watt produced 3.41 hp per hour
C. One watt produced 3.41 BTU per hour
D. One volt equal 3.41 BTU per hour - CORRECT ANSWER-One watt produces 3.41 BTU per hour
Why is the voltage of electricity increased for transmission over long distances?
A. It reduces the amount of electricity loss.
B. It creates an alternating current.
C. It speeds up transmission times.
D. It increases the resistance of the lines. - CORRECT ANSWER-It reduces the amount of electricity
loss.
According to Joe's pressure-temperature chart, the saturation temperature for 12 lb of pressure is
36.9°F. The actual refrigerant temperature measured was 35.2°F. What does this tell you about the
refrigerant?
A. It is subcooled
B. It is superheated
C. It is saturated
D. It is supercooled - CORRECT ANSWER-It is saturated
An air conditioner using refrigerant R-134a has a low-side pressure of 35 psig and a temperature of
40°F. According to the pressure-temperature chart:
A. it is saturated
B. it is superheated
C. It is subcooled
D. Its condition cannot be determined knowing just the pressure and temperature - CORRECT
ANSWER-It is saturated
An air conditioner with refrigerant R-22 has a low-side pressure of 70 psig and a temperature of
55°F. According to the pressure-temperature chart:
