who is responsible for keeping your facility in compliance
​

Answer:

Tablet computer, Desktop computer, and Cloud storage

Explanation:

Tablet computer, Desktop computer, and Cloud storage are current and emerging advancements in technology. Typewriters and fax machines are older technologies that have been largely replaced by newer technologies.

Answer:

Explanation:

put bread in the toaster then take it out when it is either golden brown or as crispy as desired. this can make your mind depict what the piece of toast will look like once cooked. sticky notes help jot down those quick but helpful ideas your having as well as notes from class or to-do list things. working in a group helps improve social skills and communication. the key lessons are to see from another person's pov because communication is what makes a group 1 mind. a company can use this by working together to make an awesome product.

The structural element that is preventing the chandelier from causing cracks on the roof is option B. plate.

It is firmly fastened to a wood block or joist. Make sure the ceiling box is rated to sustain your chandelier fixture as the most of them can support 50 to 75 pounds. Remove the present ceiling fan or light fixture.

Therefore, To hold it, The finest option is a heavy, robust chain that is split on the side (never on the bottom). There is a base plate on some chandeliers. The chandelier is bolted onto the base plate once it has been put on the ceiling.

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See options below

A column

B. plate

C beam

D. true

Answer:

Pressurized Liquid

Explanation:

You can remember this easily by thinking, "Hydraulics" Then thinking "Hydro" which is the same thing as water, or liquid.

Answer:

Pressurized Liquid

Explanation:

Think of ”Hydro”, its like water or a liquid.

Answer:

Answer is as follows

Explanation:

1. Pressure is responsible for making hovercrafts float and rockets fly.

2. Water pressure in the bucket, tube and container is the same at the bottom, but if you hoist the bucket, the water pressure decreases. This causes the bricks to fall.

3. Firehoses make the pressure on fireboats.

4. High heels exert pressure on a small surface area causing the woman to sink in the mud. Snowshoes spread the pressure over a large area and allow the woman to cross the swamp safely.

5. Air pressure in the room pushes the card upholding the water in the glass.

6. Suction in the cup in the room holds the arrow to the glass. Under the suction cup, a vacuum is formed.

7. A vacuum holds the lid on the container tightly enough that it can support Bill's weight.

8. In the experiment with the water and the glass, the size of the glass and board does not matter. Air pressure will hold the cardboard on the glass.

9. Vacuums work because the air in the room has air pressure and inside the machine, there is lower pressure.

10. You can drive a nail into a board by the pointed end because it has less area and more pressure...but not by the flat end because that end has more area and less pressure.

11. High-pressure water and sand can cut steel and glass.

12. The air in the cup is compressed when Bill dives to the bottom of the river because the water pressure at the bottom of the river is greater than the pressure at the top of the river.

Answer:

the vehicle serviced for the same problem more than once

a bricklayer, a bricklayer builds houses repairs walls and chimneys etc.

Answer:

D. the train

Explanation:

I found it off of quizlet

D - The train

Explanation: took the test

Answer:

cost and benefit

health and safety

ethical and legal

environmental effects

sustainability

Explanation:

these are the correct answers

Answer:

A, C, F, G, H

Explanation:

environmental effects

ethical or legal implications

sustainability

health and safety considerations

cost and benefit

Answer:

Mating

Explanation:

There is no way to sugar coat this answer :|

Answer:

a) The stress in the bar when F is 32,000 is approximately 7,100 psi

b) The load P that can be supported by the bar if the axial stress must not exceed is approximately 110,000 lb

Explanation:

The question topic relates to stresses in structures;

The given parameters of the steel bar are;

The width of the steel bar, W = 4.0 in.

The thickness of the steel bar, t = 1.125 in.

The formula for stress in a bar is given as follows;

\(Stress, \sigma = \dfrac{Force, F}{Area, A}\)

The cross sectional area of bar, A = W × t = 4.0 in. × 1.125 in. = 4.5 in.²

∴ The cross sectional area of bar, A = 4.5 in.²

a) The stress in the bar for F = 32,000 lb, is given as follows;

\(The \ stress \ in \ the \ bar , \sigma = \dfrac{ F}{A} = \dfrac{32,000 \ lb}{4.5 \ in.^2} = 7,111.\overline 1\)

The stress in the bar when F is 32,000 is σ = 7,111.\(\overline 1\) psi ≈ 7,100 psi

b) The load P that can be supported by the bar if the axial stress must not exceed, σ = 25,000 psi is given as follows;

\(\sigma = \dfrac{ P}{A}\)

Therefore;

P = σ × A = 25,000 psi × 4.5 in² = 112,500 lb

For the axial stress of 25,000 psi not to be exceeded, the maximum load that can be supported by the bar, P = 112,500 lb ≈ 110,000 lb.

Explanation:

Scientists use the scientific method to make testable explanations and predictions about the world. A scientist asks a question and develops an experiment, or set of experiments, to answer that question. Engineers use the engineering design process to create solutions to problems.

Take a look around yourself. What do you see? Maybe books, chairs, a television, or even your clothes. All the day to day things that are man-made, you can be sure that an engineer helped make it. Engineers have shaped our world as we know it. There are many different kinds of engineers from chemical, mechanical, textile, civil, agricultural and structural engineers. Our civilization would be as advanced as the Stone Age without these people. This career demands a wide education of math and science. It is an ever-changing career with new advances in materials and the way products are produced. Engineering careers are very secure with respect to compensation. Regardless of this, it does have it’s disadvantages…show more content…

(Britannica 243) Another disadvantage of being an engineer is the actual status of being one. It is not looked upon as highly as other fields such as doctors and lawyers. Most of the time they are looked upon as nerds. In addition, most engineers are not promoted to high level positions such as presidents or top executives. They do not have the accounting or business education to do that particular job. This means that most engineers never get the opportunity to be their own boss. (Basta 22)

    The job of an engineer itself is a creative job. The actual definition of an engineer is “The profession in which a knowledge of the mathematical and natural sciences gained by study, experience and practice is applied with judgment to develop ways to utilize the materials and forces of nature economically for the benefit of mankind.” (Bastas 24) In having the basic skills and experiences in math and science, an engineer is basically an inventor. They are given a problem and are depended on to come up with a solution. Whether it be a new chemical, a mechanical part, or even a whole new system such as computer operating program, engineers are the problem solvers of our materialistic society.

There are four major types of essay and they are the Descriptive, Argumentative, Expository and the Narrative essay.

An essay is generally are a piece of writing that gives an argument, educates or entertains a reader about a specific topic.

Writing an essay about engineering is to educate people about the field of study, and therefore, falls under the Expository essay.

Therefore, below are some tips that will guide you in writing an expository essay:

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High-quality surface finish is  subtractive manufacturing most effective at producing.

What is subtractive manufacturing?

A broad phrase for different controlled machining and material removal methods, subtractive manufacturing refers to the shaping of solid blocks, bars, and rods of plastic, metal, or other materials by removing material through cutting, boring, drilling, and grinding.

Examples of subtractive metal-cutting operations that are typically done on specialist machinery include lathe turning, milling, drilling, sawing, thread cutting, and gear cutting.

Cutting away from a solid block of material is known as subtractive fabrication or subtractive manufacturing. It might be a block made of, say, wood, plastic, or metal. Subtractive manufacturing uses a milling machine to hollow out or cut a piece of metal or plastic.

Cutting the material manually is another method of subtractive manufacturing. before the industrial revolution, in actuality.

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Explanation:

black ops 2

Answer:True

Explanation:

Answer:

umm what

Explanation:

Answer:

probably true, if it's understaffed people are more likely to steal and the overworked workers that still remain are likely to make more mistakes

True.

It's important to keep a balance of store labor with incoming consumer traffic. Understaffing affects the impact of profitability.

It's worth noting that the situation may have evolved since my last update in September 2021. To provide specific evidence from a text supporting Africa's leadership in the fight against climate change.

Africa has been actively promoting renewable energy projects. For example, the continent has abundant solar and wind resources, and many countries have invested in solar and wind farms. This shift towards renewable energy sources demonstrates Africa's commitment to reducing carbon emissions and combating climate change.

Africa is particularly vulnerable to the impacts of climate change, such as droughts, floods, and desertification. To cope with these challenges, African countries have developed adaptation strategies. For instance, they have invested in water management systems, climate-resilient agriculture, and early warning systems for natural disasters.

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Answer:

A. Diodes

Explanation:

The simbol of diodes like a triangle.

Answer:

option d

is kept very sharp to cut wire of large thickness

Answer:

The duty to design an efficient and functional building foundation typically falls under the responsibility of a civil engineer

Civil engineers are responsible for designing and constructing the foundation of a building. They have the expertise and knowledge to analyze the soil conditions, the load-bearing capacity required, and the type of foundation that is most appropriate for the specific structure. They are trained to design foundations that will ensure the stability and safety of the building for its intended use.

While architects play an important role in designing the overall aesthetics and functionality of a building, they are not typically trained in the technical aspects of foundation design. Contractors and masons, on the other hand, are responsible for executing the construction process, but they are not necessarily equipped to design the foundation.

Therefore, it is the duty of a civil engineer to design an efficient and functional building foundation to ensure the long-term stability and safety of the structure.

Answer:

Im pretty sure the answer is B

Explanation:

Paul will need to persuade his client of the benefits of the different filter.

The scope of BS computer science in Pakistan is quite vast

try this :)

Answer:

A. Engineers improved the design of seat belts because consumers wanted them to be easier to use

The statement best explains how societal demand guided the development of seat-belt technology is A. Engineers improved the design of seat belts because consumers wanted them to be easier to use.

Therefore, engineers improved the design of seat belts because consumers wanted them to be easier to use.

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The flux of nitrogen through the foil is 1.225 x \(10^{-7\) atomic/(\(cm^2\)*s).

The electric flux is defined as the total number of electric field lines passing through a given area in a given unit of time.

To solve this problem, we can use Fick's first law of diffusion, which relates the flux of atoms to the concentration gradient:

J = -D x (dC/dx)

Where J is the flux of atoms (in atoms/(cm^2*s)), D is the diffusion coefficient, C is the concentration of nitrogen (in atomic percent), and x is the distance across the foil.

We can assume that the diffusion coefficient for nitrogen in FCC iron at 1200 °C is approximately 3.5 x \(10^{-7\) \(cm^2\)/s. We can also assume that the foil is flat and that the concentration gradient is uniform across its thickness.

Using these assumptions and the given concentrations, we can calculate the concentration gradient:

dC/dx = (0.04 - 0.005) / (1 mm) = 0.035 / 0.1 cm = 0.35 atomic percent/cm

Now we can plug in the values into Fick's first law of diffusion:

J = - (3.5 x 10^-7 cm^2/s) * (0.35 atomic percent/cm)

J = - 1.225 x \(10^{-7\) atomic/(\(cm^2\)*s).

Since the flux is negative, we can interpret this as meaning that nitrogen is diffusing from the surface with the higher concentration (0.04 atomic percent) to the surface with the lower concentration (0.005 atomic percent), as we would expect.

Therefore, the flux of nitrogen through the foil is 1.225 x \(10^{-7\) atomic/(\(cm^2\)*s).

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