Electronic components consist of active and passive components. Which of these is an active component?​

Answer:

column and arch

Explanation:

Answer: adapter J44493

Explanation: it’s above the previous

Answer:

c

Explanation:

because I took it in my state test

Answer:

its b

Explanation:

Answer:

white craft glue

yellow wood glue

Explanation:

the answer is this!

was it correct?sir!?

Answer:

epoxy

silicone

Explanation:

hope this helps

Answer:

NRO- Maintain intelligence satellites for U.S.

OCS- Train enlisted personnel to become an officer

Air force- provide counterintelligence training

Navy- provide control system operation procedures

Answer:

you cannot park

Explanation:

except you park in a compound because it is a two way road parking on either side could lead to accident or goslow

follow these steps:

Start by cutting a strip of paper or cardstock to a length of 50mm. This will be the base of your scale.

On the left side of the strip, mark a point at the 0mm mark, this will be the starting point of your scale.

Using a ruler, mark off 10mm increments to the right. You will have a total of 5 marks (10mm, 20mm, 30mm, 40mm, and 50mm)

At the 30mm mark, mark a point that is 3mm to the right of the 30mm mark, this will be the end of your scale.

Lastly, use a ruler to divide each 10mm segment into 1mm increments. You will have a total of 30mm on your scale that can be read to 1mm.

Your scale should look like this:

0mm | 10mm | 20mm | 30mm | 30.3mm | 40mm | 50mm

It's important to note that this a plain scale and it does not have any graduation marks on it, it is intended to be used as a reference to measure the length of an object and compare it with the scale.

Answer:

the diameter of the Sun is approximately 1.392 million kilometers.

Explanation:

To find the diameter of the Sun, we can use the formula:

diameter = 2 x distance x tan(angle/2)

where distance is the distance between the Sun and the Earth, angle is the subtended angle of the Sun, and tan is the tangent function.

Substituting the values given, we get:

diameter = 2 x 150000000 km x tan(32'/2)

diameter ≈ 1.392 x 10^6 km

Therefore, the diameter of the Sun is approximately 1.392 million kilometers.

Answer:

perform a full analysis to make sure there is no significant reason to change the design

Answer:

What would a client prefer that an engineer do before he or she creates a prototype?

Explanation:

They would probably want them to perform a full analysis to make sure there is no significant reason to change the design.

Answer:

a. slow down

Explanation:

To properly answer this question, you must understand what hydroplaning is. Hydroplaning is essentially when a car begins to slide on a wet road and the driver cannot control the vehicle. This happens because of an overflow in water on the road which causes the tires to begin to skim on the surface of the water. Having a proper amount of tire tread, typically 5/23 inches deep or above, will reduce chances of a car hydroplaning on a wet surface.

* note:

if you would like a better understanding of what hydroplaning looks like, there are videos on the internet you could watch that show real life footage of what it looks like when cars hydroplane. I recommend searching up 'car hydroplaning.'

Now that we fully understand the question, let's examine each option individually and determine what is the best thing to do to prevent hydroplaning.

option a

slow down

When a persons car begins to hydroplane, it may be going so fast that it becomes difficult to control. Therefore, slowing down to reduce the speed of the car would be your best bet to try and regain control.

option b

speed up

Stepping on the accelerator will increase the speed of the car which will cause it continue to skim on the surface of the water. This may cause the driver to lose even more control of the vehicle.

option c

deflate your tires

Deflating your tires would not be a very reliable option, as it can make you lose control even more. It is also not a guarantee that you would even be able to deflate your tires.

option d

use cruise control

If you put your car on cruise control it can punctually cause you to lose more control and cause your car to increase more speed.

Now that we have gone through each option individually, we can determine that option a 'slow down' is the best thing to do to prevent hydroplaning.

To prevent hydroplaning, slow down. Thus, option A is correct.

When ever a vehicle's tyres hydroplane, they lose traction on the road and move along a thin layer of water that is on the surface of the ground.

A person's car may very well be moving so quickly when it starts to hydroplane that it is challenging to control. In the interest of attempting or regain control, slows to lower the car's speed would be their best choice.

One not only has improved sight but driving more slowly will decrease your risk of hydroplaning. This is so because tyres have more stability at normal revs on wet pavement.

The amount of rain, the type of road, and the state of your tyres will all affect how much slower you should travel. Therefore, option A is the correct option.

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Answer:

only A

Explanation:

Answer:

C

Explanation:

An incorrect Camber can affect the wheel alignment

An incorrect toe adjustment can also be the cause ie C

State : Michigan

The most common jobs in an area or state can be influenced by a variety of factors, such as the local economy, population size, industry trends, and education levels.

The top three jobs in a downtown area of Michigan (Waiters, Waitresses and Retail salesperson

The most common jobs in an area or state can be influenced by a variety of factors, such as the local economy, population size, industry trends, and education levels. In the case of Michigan, the top three jobs in the state (Retail salesperson, Material movers and Cashiers) are all related to retail and logistics industries. Michigan is home to a number of large retail and automotive companies, which may explain why these types of jobs are common.

In the case of Michigan, the state is known for its strong manufacturing and automotive industries. These industries employ a significant portion of the workforce in the state, and many of the jobs in these industries require skills such as logistics, materials handling, and retail sales. As a result, jobs such as Retail salesperson, Material movers, and Cashiers are among the most common in the state.

For example, if the area is known for tourism or has a high concentration of restaurants and shops, it would make sense for these types of service jobs to be common.

Therefore, the most common jobs in an area or state may be influenced by a variety of factors, and may or may not directly correlate with the goods and services the state is known for.

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See text below

0. For the state drop down, select your state. For the Area urop down, select the mist option for "[Your State] (statewide)."

7. What were the top three jobs in your state at the time this data was reported? How do they compare to the most common jobs in the country?

The top three jobs were Retail salesperson, Material movers and Cashiers.

8. Let's now see what the data is for your specific area within your state. Select the area that is closest to you in the Area drop down at the top of the chart, keeping the state the same.

9. What were the top three jobs in your area at the time this data was reported? How do they compare to the most common jobs in the state?

Waiters Waitresses and retail salesperson were the top 3 jobs near my area.

10. Why do you think these are the most common jobs in your area and state? Do they correlate with goods/services your state is known for?

The connecting rod is attached to the piston using a wrist pin.  (Option B)

The wrist pin,also known   as a piston pin or gudgeon pin, serves as the pivot point between the connecting rod and the piston.

It is inserted into   small bores in the piston and connected to the big end of the connecting rod,allowing the piston to move up and down while maintaining a secure connection to the connecting rod.

The con-rod connects the   piston to the crankshaft, allowing combustion pressure to be transferredto the crankpin.

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The activities that are common for a documentation program are options E. All the above

A. Management commitment and employee involvement.

B. Worksite analysis.

C. Hazard prevention and control.

D. Safety and health training.

A documentation program for safety and health typically includes all of the activities listed:

In  Management commitment and employee involvement: This refers to the involvement and commitment of management in implementing the program and ensuring that employees are aware of their role in maintaining a safe and healthy work environment.

In Worksite analysis: This involves assessing the workplace to identify potential hazards and determine what steps need to be taken to control or eliminate them.

In regards to Hazard prevention and control: This includes taking steps to control identified hazards, such as implementing engineering controls, administrative controls, and safe work practices.

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See full question below

Which of the following activities is common for a documentation program?

A. Management commitment and employee involvement

B. Worksite analysis

C. Hazard prevention and control

D. Safety and health training

E. All the above

As per the given scenario, Both A and B are correct. The correct option is c.

Helicoidal springs that produce a torque or rotating force are called torque springs.

A torsion spring has ends that are connected to other parts, and when those parts spin around its centre, the spring tries to push them back into place.

While starting from a standstill, judder is reduced and engagement is smoother thanks to the employment of waved springs.

They aid in reducing noise and vibration brought on by clutch engagement. On the other hand, the clutch disc is clamped between the flywheel and pressure plate by strong torsional coil springs.

They aid in the transmission of engine torque and guard against clutch slippage.

Thus, the correct option is c.

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Answer: Its rotation direction is  west to east, which appears counterclockwise when viewed from above the North Pole, and it is common to all the planets in our solar system except Venus and Uranus

Explanation:

Where the above conditions are ogiven, the power required for a single inhalation is approximately 0.00141 W.

To estimate the power required for a single inhalation, we need to calculate the force and velocity of the air flowing through the trachea.

Assumptions:

We assume that the air can be treated as an incompressible fluid.

We assume that the air flow is laminar.

We assume that the trachea is a straight pipe with a constant diameter of 10 mm (since the cross-sectional area is 125 mm^2).

We neglect any frictional losses due to the presence of the walls of the trachea.

First, let's calculate the velocity of the air. We know that the tidal volume is 0.5 liters, which is equivalent to 500 ml or 0.0005 m^3. This volume is breathed in within 1.5 seconds, so the flow rate of air through the trachea is:

Q = V/t = 0.0005 m^3 / 1.5 s = 0.000333 m^3/s

The cross-sectional area of the trachea is 125 mm^2, which is equivalent to 0.000125 m^2. Using the continuity equation for incompressible fluids, we can relate the flow rate of air to its velocity:

Q = A x v

where A is the cross-sectional area of the trachea and v is the velocity of the air. Solving for v, we get:

v = Q/A = 0.000333 m^3/s / 0.000125 m^2 = 2.664 m/s

Now that we have the velocity, we can calculate the force of the air using the equation:

F = ρ x A x v^2 / 2

where ρ is the density of air, which we can assume to be 1.2 kg/m^3 (at standard conditions of temperature and pressure). Substituting the values, we get:

F = 1.2 kg/m^3 x 0.000125 m^2 x (2.664 m/s)^2 / 2 = 0.000530 N

Finally, we can calculate the power required for a single inhalation using the equation:

Power = Force x Velocity

Substituting the values, we get:

Power = 0.000530 N x 2.664 m/s = 0.00141 W

Therefore, the power required for a single inhalation is approximately 0.00141 W.

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Answer:

A. interviews of professionals in each field

Explanation:

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.

\(Pressure\propto Temperature\)

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 .

Answer:

the vehicle serviced for the same problem more than once

A. The radiator is NOT part of the electrical system. It's part of the cooling system, which helps regulate the engine's temperature.

The electrical system includes B. the battery, which stores and supplies power, C. the alternator, which generates electricity while the engine runs, and D. battery cables, which connect various components.

The radiator, however, is unrelated to electrical functions; it manages engine heat.

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Answer:

The correct answer is B. Steel.

Explanation:

Steel is a material that is used for the construction of buildings with anti-seismic protections, since due to the hardness and flexibility of this metal it allows the structures built with it to resist the attacks of different natural disasters, such as earthquakes, hurricanes, etc.

Therefore, when constructing buildings with a view to preventing possible damage caused by natural disasters, steel is used for the construction of foundations and structures, together with concrete.

Note that  the choice of restriction enzyme is often determined by the availability of compatible cloning sites within the vector and gene, as well as by the overall design of the cloning strategy.

EcoRI is a type II restriction enzyme that recognizes and cuts DNA at a specific sequence of six nucleotides (GAATTC). The plasmid vector and the kanamycin resistance (kanR) gene were both digested with EcoRI prior to ligation because EcoRI generates compatible sticky ends that can anneal to each other and form a stable, covalent bond between the vector and the gene.

By using the same restriction enzyme to digest both the vector and the gene, the resulting sticky ends are complementary to each other and can base-pair through hydrogen bonding. This facilitates the ligation of the kanR gene into the plasmid vector at the desired location, creating a recombinant plasmid that contains the kanR gene and can confer kanamycin resistance to the host bacterial cell.

In contrast, if different restriction enzymes were used to digest the vector and the gene, the resulting sticky ends may not be compatible and may not anneal to each other. This could lead to the creation of unwanted ligation products or the loss of the kanR gene altogether, making the recombinant plasmid ineffective at conferring antibiotic resistance.

Regarding the use of PvuII or Xhol, these restriction enzymes may not have been suitable for this ligation for several reasons. Firstly, they recognize and cut DNA at different nucleotide sequences than EcoRI, which would result in the generation of different types of sticky ends that may not be compatible with each other. Secondly, PvuII and Xhol may have generated sticky ends that were not appropriate for the desired cloning strategy or would have required additional steps to generate compatible sticky ends for ligation. Finally, the choice of restriction enzyme is often determined by the availability of compatible cloning sites within the vector and gene, as well as by the overall design of the cloning strategy.

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Answer:

Field current through the rotor, inside.

Explanation:

Pls, choose me as brainliest!

Answer:

I think the answer is:

(4) Plastic is economic, easily cleanable, & moldable

Explanation:

Answer:  Its "D"

Explanation:

Did the same question on EDG 21 for Engineering and Design

Answer:

I'm pretty sure it's true! Hope this helped!

Explanation:

Answer:

B only

Explanation:

Answer:

what are is ethiopia cultural ?