In the drawing, you should expect to find a D. pitless adapter located in the system after Position 6.
What is a pitless adapter?A pitless adapter is a device used in water well systems to connect the well casing to the water supply pipe without the need for a pit or underground vault. It allows for easy access to the well pump and prevents contamination of the water supply.
The pitless adapter is installed on the outside of the well casing and provides a watertight seal between the casing and the water supply line. It typically consists of a casing adapter, a discharge pipe and a cap or cover.
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11. This cold-water supply system serves a bathroom in a multistory building. The architect
directed the piping to be installed in the wall cavities with the main branch above ceiling
level. The supply pipe construction is 4 type-L copper. The building supply is capable of
maintaining a flow rate of 10 gallons per minute. The walls contain a 6-inch cavity, and the
ceilings contain a 12-inch cavity. Consider the installation to be centered in the available
cavity space.
An accurate materials list for the cold-water piping system shown includes
degree ells.
A. 18
B. 5
C. 20
D. 15
Based on the facts provided, the set of rooms for rent supply system serves a bathroom in a multistory construction.
How is the equipment used?The piping is equipped within the wall and maximum cavities as supervised by the builder. The main branch is located above the maximum level.
The supply pipe is constructed utilizing 4-inch type-L copper, and the construction supply can maintain a flow rate of 10 gallons per minute.
The divider cavities are 6 inches wide, and the maximum cavities are 12 inches roomy. The installation is focused on the available crater space.
The fabrics list for the cold-water piping scheme includes the number of degree ells (elbows) for constituting turns and connections within the high system.
However, outside a diagram or more detailed news about the piping design, it is impossible to determine the exact number of standard ells needed.
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15. This cold-water supply system serves a bathroom in a multistory building. The architect
directed the piping to be installed in the wall cavities with the main branch above ceiling
level. The supply pipe construction is 4 type-L copper. The building supply is capable of
maintaining a flow rate of 10 gallons per minute. The walls contain a 6-inch cavity, and the
ceilings contain a 12-inch cavity. Consider the installation to be centered in the available
cavity space.
In the drawing, what's the height (above floor level) of the water-supply pipe where it enters
the urinals' valves?
OA. 5 feet 6 inches
B. 3 feet
C. 8 feet 6 inches
D. 7 feet
Answer:
C. 8 feet 6 inches
Explanation: just took it
OA. 5 feet 6 inches
B. 3 feet
C. 8 feet 6 inches
D. 7 feet
11. This cold-water supply system serves a bathroom in a multistory building. The architect
directed the piping to be installed in the wall cavities with the main branch above ceiling
level. The supply pipe construction is 4 type-L copper. The building supply is capable of
maintaining a flow rate of 10 gallons per minute. The walls contain a 6-inch cavity, and the
ceilings contain a 12-inch cavity. Consider the installation to be centered in the available
cavity space.
An accurate materials list for the cold-water piping system shown includes
degree ells.
O A. 18
B. 5
C. 20
D. 15
90-
Based on the facts provided, the set of rooms for rent supply system serves a bathroom in a multistory construction.
How is the equipment used?The piping is equipped within the wall and maximum cavities as supervised by the builder. The main branch is located above the maximum level.
The supply pipe is constructed utilizing 4-inch type-L copper, and the construction supply can maintain a flow rate of 10 gallons per minute.
The divider cavities are 6 inches wide, and the maximum cavities are 12 inches roomy. The installation is focused on the available crater space.
The fabrics list for the cold-water piping scheme includes the number of degree ells (elbows) for constituting turns and connections within the high system.
However, outside a diagram or more detailed news about the piping design, it is impossible to determine the exact number of standard ells needed.
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Ject the best answer for the question.
. In the drawing, Position 4 represents the
A. pump impeller.
B. venturi.
OC. discharge piping.
D. well casing.
Mark for review (Will be highlighted on the review page)
The question performs to be had a connection with a diagram of a water well plan. However, the diagram is not determined, making it impossible to correctly answer.
What is a Well System?In general, well systems include components like pour impellers (A), which move water through the tap; venturis (B), which constitute a pressure difference to draw water up; discharge high (C), which transports the excited water to its goal; and well casings (D), which wrap the drilled dent and prevent the collapse of the borehole obstruction.
Knowing the exact position of these components in the drawing hopefully necessary to supply a specific answer.
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Maintenance. Mastery Test
Select the correct answer.
William owns a small factory that manufactures steel tumblers. He is looking for industrial transportation equipment to move raw material and finished
products short distances around his facility. Which piece of equipment would suit his requirement?
A truck
B. forklift
C. pallet jack
D. conveyor belt
The piece of equipment that would suit William's requirement to move raw material and finished products short distances around his facility is the forklift (option B).
What is the Maintenance?Forklifts are commonly secondhand in industrial settings for material management tasks such as mobile heavy loads, stacking and arranging pallets, and transporting goods across short distances.
Trucks are mainly used for conveyance over longer distances, and pallet jacks and messenger belts are typically secondhand for specific tasks such as stowing and unloading cargo or mobile materials near a set path.The maintenance check would contain critical elements such as: Oil and lube change.
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A peak of 18v the resistance of the lamp is 4 what is the peak value of the current
The peak value of the current from the calculation that has been performed in the lines below is 4.5 A.
What is the meaning of the peak value of the voltage and current?The largest value that a voltage or current can achieve during a single cycle of an AC waveform is its peak value.
The peak value in a sinusoidal waveform is easily read off as the maximum point that we can see on the wave form that is shown for the circuit that is under consideration.
We know that;
Io = Vo/R
Io = Peak value of current
R = resistance
Vo = Peak value of voltage
Io = 18 V/4 ohm
Io = 4.5 A
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5
3
2
1
9. In the drawing, you should expect to find a
O A. pressure tank
B. stop valve
C. foot valve
D. pitless adapter
located in the system after Position 6.
In the drawing, you should expect to find a foot valve (OPtion C)
What is a foot valve?A check valve, non-return valve, reflux valve, retention valve, foot valve, or one-way valve is a valve that generally permits only one direction of fluid flow through it. Check valves are two-port valves, which means they have two apertures in the body, one for fluid entry and one for fluid exit.
Check valves are commonly used to prevent backflow in pipes. A check valve is essentially a one-way valve that allows flow to travel freely one direction but closes if the flow turns to safeguard the pipes, other valves, pumps, and so on.
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4. In the system shown, a nozzle would be located at Position
OA. 2.
OB. 1.
O C. 4.
O D. 3.
In the system shown, a nozzle would be located at Position C. 4.
What is a nozzle?A nozzle is a mechanical device utilized to alter the trajectory and force with which fluid or gas travels through it. Fuel injection within engines, spraying of cleaning agents in pressure washers/spray guns, as well as launching spacecraft into orbit via rocket engines all necessitate nozzles to perform their respective duties.
Depending on application requirements, there are several kinds of nozzles available such as converging nozzles which narrow uniformly along the flow passage, diverging nozzles that broaden uniformly.
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