Deck 1: Modern Hydronic Heating

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Question
Properly designed hydronic systems control both the air temperature and surface temperatures of rooms to maintain optimal comfort.
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Question
Buildings with hydronic heating systems have shown ____ heating energy use compared to equivalent structures with forced-air heating systems.

A) higher
B) lower
C) equal
D) unquantifiable
Question
Heat emitters that use fans or blowers to force air through a heat exchanger are usually called fan coils or air ____.

A) handlers
B) tunnels
C) wavers
D) blowers
Question
Early hydronic systems did not have circulators.Instead, they relied on the ____ of hot water to move water between the boiler and the heat emitters.

A) molecular attraction
B) thermonics
C) hydraulics
D) buoyancy
Question
Ideally, the water in a hydronic heating system is replaced in the system every year.
Question
The simplest hydronic system can be described as a loop or piping circuit.
Question
Hydronic heating systems use water (or water-based solutions) to move thermal energy from where it is produced to where it is needed.
Question
In an ideal application, the rate of heat production by the heat source would ____ the rate of heat by the heat emitters.

A) exactly match
B) exceed
C) remain lower than
D) depend on
Question
Water has many characteristics that make it ideal for a hydronic system.It is readily available, nontoxic, nonflammable, and has one of the highest ____ storage abilities of any material known to man.

A) heat
B) vapor
C) molecular
D) space efficient
Question
In single-loop systems, the flow-check valve prevents hot water in the boiler from slowly circulating through the distribution system when the circulator is off.
Question
A given volume of water can absorb over ____ times more heat as the same volume of air for the same temperature change.

A) 30
B) 300
C) 340
D) 3400
Question
Thermal radiation is probably the least understood mode of heat transfer.
Question
Maintaining comfort is simply a matter of supplying heat to the body.
Question
An air separator is designed to separate air from water and eject it from the system.The process is ____ the water is heated.

A) more difficult if
B) enhanced as
C) not affected if
D) unnecessary if
Question
Providing comfort is the secondary objective of any heating system designer or installer.
Question
Not every heating system consists of devices that convert one form of energy into another.
Question
Heat is our perception of atomic vibrations within a material.Our means of expressing the intensity of these vibrations is called ____.

A) harmonics
B) temperature
C) cellular reaction
D) tuning
Question
All hydronic heating systems will inherently attempt to find a point of ____ and remain in operation at that point.

A) level capacity
B) even hydraulic flow
C) thermal equilibrium
D) customer comfort
Question
In single-loop systems, the ____ prevents hot water in the boiler from slowly circulating through the distribution system when the circulator is off.

A) diaphragm
B) thermosiphon
C) off switch
D) flow-check valve
Question
A properly designed and installed hydronic system can operate with virtually no detectable sound levels in the occupied areas of a home.
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Deck 1: Modern Hydronic Heating
1
Properly designed hydronic systems control both the air temperature and surface temperatures of rooms to maintain optimal comfort.
True
2
Buildings with hydronic heating systems have shown ____ heating energy use compared to equivalent structures with forced-air heating systems.

A) higher
B) lower
C) equal
D) unquantifiable
B
3
Heat emitters that use fans or blowers to force air through a heat exchanger are usually called fan coils or air ____.

A) handlers
B) tunnels
C) wavers
D) blowers
A
4
Early hydronic systems did not have circulators.Instead, they relied on the ____ of hot water to move water between the boiler and the heat emitters.

A) molecular attraction
B) thermonics
C) hydraulics
D) buoyancy
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5
Ideally, the water in a hydronic heating system is replaced in the system every year.
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6
The simplest hydronic system can be described as a loop or piping circuit.
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7
Hydronic heating systems use water (or water-based solutions) to move thermal energy from where it is produced to where it is needed.
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8
In an ideal application, the rate of heat production by the heat source would ____ the rate of heat by the heat emitters.

A) exactly match
B) exceed
C) remain lower than
D) depend on
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9
Water has many characteristics that make it ideal for a hydronic system.It is readily available, nontoxic, nonflammable, and has one of the highest ____ storage abilities of any material known to man.

A) heat
B) vapor
C) molecular
D) space efficient
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k this deck
10
In single-loop systems, the flow-check valve prevents hot water in the boiler from slowly circulating through the distribution system when the circulator is off.
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11
A given volume of water can absorb over ____ times more heat as the same volume of air for the same temperature change.

A) 30
B) 300
C) 340
D) 3400
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12
Thermal radiation is probably the least understood mode of heat transfer.
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13
Maintaining comfort is simply a matter of supplying heat to the body.
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14
An air separator is designed to separate air from water and eject it from the system.The process is ____ the water is heated.

A) more difficult if
B) enhanced as
C) not affected if
D) unnecessary if
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15
Providing comfort is the secondary objective of any heating system designer or installer.
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k this deck
16
Not every heating system consists of devices that convert one form of energy into another.
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17
Heat is our perception of atomic vibrations within a material.Our means of expressing the intensity of these vibrations is called ____.

A) harmonics
B) temperature
C) cellular reaction
D) tuning
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Unlock for access to all 20 flashcards in this deck.
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k this deck
18
All hydronic heating systems will inherently attempt to find a point of ____ and remain in operation at that point.

A) level capacity
B) even hydraulic flow
C) thermal equilibrium
D) customer comfort
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Unlock for access to all 20 flashcards in this deck.
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19
In single-loop systems, the ____ prevents hot water in the boiler from slowly circulating through the distribution system when the circulator is off.

A) diaphragm
B) thermosiphon
C) off switch
D) flow-check valve
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20
A properly designed and installed hydronic system can operate with virtually no detectable sound levels in the occupied areas of a home.
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