Volume is decreased inside the compressor, causing an increase in pressure and _____.

The state of refrigerant that is capable of absorbing the most heat is _____.

The high side of the refrigeration system is where heat is absorbed and removed from the refrigerated space.

The high side of a refrigeration system is divided from the low side by the _____.

Low-side pressure may also be called ____ pressure.

The reciprocating movement of a compressor piston ____.

Operational balance is reached when the number of vapor molecules that condense into liquid in the condenser equals the number of ____.

An oil separator uses ____, or screens, to separate oil from refrigerant vapors.

A condenser’s primary function in a system is to remove ____ heat from refrigerant.

Which type of water-cooled condenser consists of only two tubes with water flowing in one direction in one tube and refrigerant flowing in the opposite direction in the other tube?

The quantity of refrigerant in a system is less critical when the system has a(n) _____.

The _____ line connects the liquid receiver to the metering device.

A liquid line filter-drier can also be called a low-side filter-drier.

A metering device is intended to provide _____ in liquid refrigerant's passage into the evaporator.

The drop in pressure between the metering device and the evaporator _____ the boiling point of the refrigerant.

To create a cooling effect, an evaporator primarily absorbs _____ heat.

The term superheated means that the refrigerant is a liquid with a temperature below the boiling point.

The purpose of a suction line filter-drier is to increase the pressure difference between the evaporator and the compressor.

Match the letter corresponding to the name of the refrigeration system component to its description below. Not all letters will be used. The liquid refrigerant entering this component is under low pressure, which makes the liquid vaporize and absorb heat.

A device that removes oil from hot, compressed vapor.

The line carrying refrigerant from the evaporator to the compressor.

In this component, heat is removed from the refrigerant vapor.

This component carries refrigerant from the condenser to the evaporator.

A safety device to prevent liquid refrigerant from entering the suction line and compressor.

This component prevents moisture, dirt, and metal chips from entering the metering device.

This component controls liquid refrigerant flow into the evaporator.

A ______ refrigerant is like a dry sponge that has the ability to soak up a lot of water.

From the metering device through the evaporator to the compressor is the ______ side of the system.

From the compressor exhaust through the condenser and liquid line to the metering device is the ______ side of the system.

Using suction, a compressor draws in refrigerant by creating ______ in the evaporator.

Using the process of compression, a compressor increases refrigerant ______.

Commonly used in different HVACR applications, ______ compressors use a back-and-forth or up-and-down motion.

A heat-exchanging device designed to expel or reject heat is a(n) ______.

A condenser that uses a fan to remove heat more quickly is called a ______ condenser.

Heat flow can best be described as

A storage tank for liquid refrigerant on the high side of the system is a(n)

A refrigeration system with a(n) ______ metering device does not use a liquid receiver.

Into which tank can a technician pump a refrigeration system's entire refrigerant charge to perform service?

The high-pressure line between condenser and metering device is called the ______ line.

To protect a system from dirt, moisture, metal, and other debris, install a(n)

A heat-exchanging device designed to absorb heat is a(n)

The instantaneous evaporation of liquid refrigerant in an evaporator is called

A storage tank that traps liquid refrigerant on the low side of the system is a(n)

An accumulator will function best with its inlet positioned ______ the tank.

The low-pressure line is sometimes called the ______ line.