The low-pressure fuel system is being discussed. Technician A says that the system must provide an adequate volume of fuel to the high-pressure fuel injection system. Technician B says that the system must provide fuel at a minimum pressure to the high-pressure fuel injection system. Which technician is correct

Answer:

M·L/T²

Explanation:

The given equation for T is presented as follows;

[tex]T = \dfrac{M \cdot V^2 \cdot A}{L^3}[/tex]

Where;

m = Mass with dimension M

V = Velocity, having the dimensions L/T

A = Area, having the dimensions L²

l = Length, having the dimensions, L

Therefore;

[tex]The \ dimensions \ of \ T = \dfrac{M \times (L/T)^2 \cdot L^2}{L^3} = \dfrac{M \times L^4/T^2 }{L^3} = M \cdot L/T^2[/tex]

Kilometer = 1000m

Quart = 0.000946m³

Force = mass × acceleration

=> F = ma

Putting units:

Newton = kg.m/s² or kg.m.s^-2 _____(1)

Pressure = force/area

Putting units:

Pascal = Newton/m²

=> Pascal = kg.m.s^-2.m² [from (1)]

=> Pascal = kg.m^-1.s^-2

Work = force × displacement

=> W = Fs

Putting units:

Joule = Newton.m

=> Joule = kg.m.s^-2.m [from (1)]

=> Joule = kg.m².s^-2 ______(2)

Power = work/time

Putting units:

Watt = joule/s

=> Watt = kg.m².s^-2/s [from (2)]

=> Watt = kg.m².s^-3 ______(3)

Horsepower = 746 watt

=> Horsepower = 746kg.m².s^-3 [from (3)]

Answer:

Both the technicians are correct.

Explanation:

As the pressure increases the temperature will also increase in accordance with the Boyle's law hence greater amount of heat is formed.

[tex]Pressure\propto Temperature[/tex]

When the temperature increases the intermolecular spaces increase as the molecules of the fuel gain energy and their kinetic energy increases. This is limited to temperatures below dissociation/combustion temperature of diesel .

In industrial and commercial installations, where large motors are often found, it is necessary to power each motor by: B. using AC.

An electric motor can be defined as an electrical machine that is designed and developed to convert electrical energy into kinetic energy, especially through the use of an alternating current (AC) and electromagnetic induction.

An alternating current can be defined as a type of current that reverses direction periodically, and it is generally accompanied by continuous changes in its magnitude with respect to time.

In industrial and commercial installations, where large motors are often found, it is necessary to power each motor by using alternating current (AC) because these motors usually generate more torque.

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Answer:

Answer:

The main difference between the bs2 and bs3 engine is to present in the catalytic converter. And in bs2 engines the catalytic converter is does not used for the formation of hc and co. In bs3 engine there is no harmful emissions in the hc and co

Answer:

Air Compressor Governor

Explanation:

The governor regulates how much air is pumped into the air pumping stations by the air compressor. The governor prevents the compressors from blowing air whenever the air pressure exceeds the "cut-out" level (about 125 pounds per square inch or "psi").

The transition from 85 to 100 psi will take no more than 45 seconds. During the build-up, keep an eye on the air pressure gauge to guarantee appropriate air system performance.

Answer:

b. rivets are tempory fasteners that bind two plate of metals together

Answer:

Brazil will win copa america

Explanation:

Answer:

for me maybe english, math and sience

different between an architect and an engineer

Civil engineers work on the construction of the building. ... In short it can be said that while an Architect is a building designer, a Civil Engineer is a structural expert, who in

Answer:

5.71 ohms

Explanation:

put it in the calculator

Answer:

The answer of this question is 19.89142857

Answer:

The number 222 is called the numerator or dividend, and the number 11 is called the denominator or divisor.

The quotient of 222 and 11, the ratio of 222 and 11, as well as the fraction of 222 and 11 all mean (almost) the same:

222 divided by 11, often written as 222/11.

Read on to find the result of 222 divided by 11 in decimal notation, along with its properties.

Explanation:

Answer:

ML/T^2

this is the correct answer

Answer:

The answer is volt (V).

Explanation:

Volt is the SI unit of potential difference. The symbol of volt is V.

Answer:

oh I am sorry I can't understand your question.

Answer:

Production function

Explanation:

A production function is a method of determining the difference between what goes into and what comes out of output. The formula Q = f(K, L, P, H) determines how much output you can receive from a given number of inputs. Labor (L), or individual worker input, is one of the production elements.

Answer:

T=kg·m^2/s^2

Explanation:

T = kg (m^2/s^2) m^3 /m^3

Here I wrote down the unit for every dimension.

T=kg m^2 / s^2

m^3 is divided between m^3, this is equal to 1.

Result: T=kg·m^2/s^2

PD: I'm not sure if this is what you ask for. I hope it helps

Some important and basic points:

Unit of time is second (s).

Unit of mass is kilogram (kg).

Unit of distance/displacement is meter (m).

P.S. Displacement and distance are nearly same things, their unit is same.

Speed/velocity = distance/time

So, its unit is m/s.

Acceleration = (final velocity-initial velocity)/time.

So, its unit is m/s² or m.s^-2

We know from the formula that,

Force = mass × acceleration

=> F = ma

Putting units:

Newton = kg.m/s² or kg.m.s^-2 _____(1)

Putting dimensions:

Newton = M.L.T^-2

________________________

We know from the formula that,

Work = force × displacement

=> W = Fs

Putting units:

Joule = Newton.m

=> Joule = kg.m.s^-2.m [from (1)]

=> Joule = kg.m².s^-2 ______(2)

Putting dimensions:

Joule = M.L².T^-2

________________________

We know from the formula that,

Power = work/time

Putting units:

Watt = joule/s

=> Watt = kg.m².s^-2/s [from (2)]

=> Watt = kg.m².s^-3 ______(3)

Putting dimensions:

Watt = M.L².T^-3

________________________

We know from the formula that,

Horsepower = 746 watt

=> Horsepower = 746kg.m².s^-3 [from (3)]

Putting dimensions:

Horsepower = 746M.L².T^-3

The dimension of Watt, Newton and horsepower are ML²T⁻³, MLT⁻² and ML²T⁻³ respectively

Units are measure of a quantity. Dimensions are derived from the units. Gi

Force = mass × acceleration

For Newton:

Another representation for unit of Newton is  kg.m/s². Writing in terms of the dimension

Newton = MLT⁻²

For Watts;

The unit of Watt is also kg.m².s⁻²/s which is equivalent to  kg.m².s⁻³

In terms of dimension

Dimension of Watt = ML²T⁻³

For Horse power:

The unit of horse power is  kg.m².s⁻³

Dimension of horsepower = ML²T⁻³

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Answer:

The answer to this is false

Explanation:

It is FALSE that units and dimensions are interchangeable words that describe the same concept.

Units is defined as a measure of quantity while dimension specify the measure of a line or curve.

Both terms cannot be used interchangeably even though the dimensions of a quantity is derived from its units.

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Answer:

Un picaporte es una palanca en ángulo para abrir y cerrar una puerta a mano. Por lo general, el picaporte se empuja hacia abajo para abrir la puerta. El mecanismo de la cerradura de la puerta hace que el pestillo de la cerradura se salga de la placa de la cerradura mediante la rotación del pasador. No es necesario accionar el pestillo para cerrar la puerta, ya que el pestillo encaja automáticamente en su lugar.

La conexión entre las manijas de las puertas, que generalmente están unidas a ambos lados de la hoja de la puerta, se realiza mediante un pasador cuadrado. El mandril también establece la conexión con el mecanismo de la cerradura: su escuadra es guiada a través de la escuadra interior del seguidor de la manija de la cerradura, para que gire junto con ella.

Por lo tanto, las herramientas que tienen un rol en la instalación de un picaporte son, principalmente, una agujereadora para ingresar las fijaciones, destornillador y tornillos, martillo y clavos.

Answer:

our answer is d because if you multiple 125 by 70 and subtracted from 20 you Will get D.8,750 sq. ft.

Answer:

A. 10,500 sq. ft.

Explanation:

125*70 is 8750 and 20% of 8750 is 1750 so you add it and get 10,500

Answer:

2225 Pa = 2.10 BTU

Explanation:

The relationship between the Pascal and british thermal unit (BTU) is as follows :

1 pascal = 0.00094781707774915 BTU

If we want to convert 2225 Pa to BTU, we will use the above conversions.

So,

2225 Pa = 2225 ×0.00094781707774915

= 2.10 BTU

So, 2225 Pa is equal to 2.10 BTU.

Answer:

insert the disk in the laptop, wait of a minute or 2 and then a folder will open in my PC.

Answer:

When the circuit switch is off, no electricity will flow and then the circuit is called an open circuit. Electricity will not flow in open circuit.

Explanation:

A closed circuit has a complete path for current to flow. ... This can happen when two bare wires in a circuit touch each other. The part of the circuit bypassed by the short circuit ceases to function, and a large amount of current could start to flow. This can generate a lot of heat in the wires and cause a fire.