Which of the following questions might be asked by an engineer?

How does a lens focus light?
How can you interpret the data from your experiment?
How can a lens be used to improve vision?
What experiment shows how a lens focuses light?

We can see here that the law of resistivity, also known as Ohm's law, states that the electrical resistance of a conductor is directly proportional to its resistivity and length, and inversely proportional to its cross-sectional area.

The Law of resistivity can be mathematically represented as:

R = ρ × (L / A)

Where:

R is the electrical resistance of the conductor,

ρ (rho) is the resistivity of the material,

L is the length of the conductor, and

A is the cross-sectional area of the conductor.

The resistivity (ρ) is a characteristic property of a material that quantifies its ability to resist the flow of electric current. It depends on the nature of the material, its temperature, and sometimes its purity. Resistivity is measured in ohm-meters (Ω·m).

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Answer:

Polution green house gases carbon manoxide

Explanation:

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Since the world is a 3D space, approximately.

Answer:

C. Sketch Model on Edge 2022

Explanation:

found on quizlet^

Answer:

The answer is 3.

Explanation:

There were 3 building codes in the 2000's.

Before the international building code was published in 2000, 3 model building codes were in use.

It is a critical tool for protecting public health and safety by protecting against hazards associated with the built environment.

It focuses on the development and implementation of innovative materials that meet or exceed public health and safety objectives.

The following are some examples of model building codes that are commonly used in the United States: The International Code Council's International Building Code.

The National Fire Protection Association's NFPA 5000 standard. The National Fire Protection Association's National Electrical Code.

Council formed by the merger of three model code agencies (ICBO, SBCCI, and BOCA) in 1994; published the International Building Code (IBC) in 2000. Every three years, the IBC (International Building Code) is updated.

Thus, there were 3 models building code.

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To create the best build in Naruto to Boruto as Shinobi Striker, one should consider the playstyle, and preferred role, as well as the abilities and stats the personal character.

Shinobi Striker offers four main roles such as Attack, Defense, Ranged, and Heal. Each role has unique abilities and strengths. Decide which role suits your playstyle and the team composition you're aiming for.

Each character has a set of unique jutsu and ultimate abilities. Familiarize yourself with these abilities and choose ones that complement your playstyle and role. Some abilities are better for crowd control, while others excel in dealing damage or providing support.

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Answer:

a. technician a only

Explanation:

I took that worksheet

Explanation:

Because manufacturing has so many substantial links with so many other sectors throughout the economy, its output stimulates more economic activity across society than any other sector. That's a major reason manufacturers play such a critical role in growth.

Answer:

Manufacturing helps raise living standards more than any other sector. Manufacturing generates more economic activity than other sectors. For every dollar of domestic manufacturing value-added, another $3.60 of economic activity is generated elsewhere across the economy.

hope this helped

Answer:

sorry for the spam

Explanation:

A flexible manufacturing system (FMS) is created to easily adjust to modifications in the product being produced and its output volume.

What controls the main material handling system that transports components between stations?

Traffic management. The management of the main system for moving workparts between stations is meant by this. At branches and merging locations, switches are activated to manage traffic.

What tools are needed to implement flexible manufacturing systems?

Robots, computer-controlled machines, computer numerically controlled machines (CNC), instrumentation devices, computers, sensors, and other standalone systems like inspection machines make up an industrial flexible manufacturing system (FMS).

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When choosing a loan, it's important to choose a loan with a lower interest.

In this scenario, an auto loan offering 10% as interest was given and another interest rate that offers an interest rate of 12%.

An auto loan is a loan that's taken by a borrower in order to buy a car. Both of the loans offer a limit of $10000. In order to reduce that amount that'll be returned back, it's better to choose the loan that has a lower interest rate.

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Answer:What type of credit is offered—student loan, auto loan, credit card, something else? Credit Card.

If there is a balance limit for each offer, what is it? What is the APR? 0% after a certain amount of time, and then 11.99%-20.99% with credit.

What fees or rules does each offer contain? No annaual fee.

Which offer presents a better deal for the consumer? Explain why. Talk time because the price decreases.

Would you consider accepting either of the credit offers? Explain why or why not. Yes, it is a better deal.

If you accepted either of the credit offers, how could they positively or negatively affect your credit report and score? It would better impact my credit score because it's less, and it could go up.

Explanation:

did it myself

Answer:

You can know it by the result.

Explanation:

If you learned something new and if it was difficult, than the problem worth solving.

B. The section number 4 is on sheet number C-3

Explanation:

mark above answer BRILLIANT

Answer:

$0.07 per kWh for one home

Explanation:

The formula for power is P=V*I where V represents voltage and I represents current. The power for one home is P=120V*25A=3000W = 3kW.

The amount of time for this problem can be calculated by first converting the number of days into hours and then dividing by 2 because the electricity is only used for half a day.

Time = 30 days * 24 hours per day = 720 hours

Half of this is 720 hours / 2 = 360 hours

The price per kWh can be calculated by using the relationship:

Revenue / homes in town = price per kWh * hours * power

Rearranging to solve for price per kWh:

Price per kWh = revenue / (hours * power * homes in town)

Price per kWh = \(\frac{365000}{360*3*4550} =\frac{365000}{4914000}=\) $0.0743 per kWh for one home.

Answer:

$166.23

Explanation:

To determine the cost of carpeting a room that is 10 feet wide and 12 feet long, we first need to convert the dimensions of the room from feet to yards. Since 1 yard is equal to 3 feet, the room is 3.33 yards wide and 4 yards long.

To find the area of the room in square yards, we can multiply the width by the length to get 13.32 square yards.

To find the cost of carpeting the room, we can multiply this area by the cost per square yard, which is $12.51. Therefore, the cost of carpeting the room is $13.32 * $12.51 = $166.23.

Answer:

First off, you shouldn't replace spark plugs.

Explanation:

Trust me, spark plugs last forever and you should clean them and put them back in. Changing spark plugs is propaganda created by corporations to make more money.

Answer:

Explanation:

Why do stores still sell those 1.5 volt batteries that are like three times the size of other 1.5 volt batteries. What is the point of having a bigger battery if it's the same voltage? If anything, wouldn't the smaller battery be more favorable?

Exactly why cups come in different sizes- different capacity.

True. A second-degree burn can indeed develop blisters.

Second-degree burns are characterized by damage to both the outer layer of skin (epidermis) and the layer beneath it (dermis).

Blisters can form as a result of the burn, with the damaged skin producing fluid-filled pockets. Blisters in second-degree burns are often painful and can be a characteristic sign of this type of burn.

Third-degree burns are less painful than second-degree burns because third-degree burns result in nerve damage, which reduces feeling.

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Biomedical engineers may need to dilute solutions for several reasons. One common reason is to adjust the concentration of a particular substance to a desired level for experimental or clinical purposes.

Dilution allows for precise control over the concentration of a solution, enabling researchers or healthcare professionals to study the effects of different concentrations of substances on biological systems.

In biomedical engineering, dilution is often employed when working with drugs or therapeutic agents. By diluting a concentrated drug solution, engineers can create different dosages suitable for specific applications. This is crucial for ensuring patient safety and achieving desired therapeutic outcomes.

Additionally, dilution is necessary for calibration and quality control purposes in biomedical engineering. Diluting stock solutions of known concentrations can generate a range of standard solutions used to calibrate instruments, verify measurement techniques, or assess the accuracy of analytical methods.

Dilution plays a critical role in ensuring accurate and reliable data collection, analysis, and experimentation within the field of biomedical engineering.

In summary, dilution is an essential technique for biomedical engineers as it allows them to control the concentration of substances, customize drug dosages, and maintain accuracy in calibration and quality control processes, all of which are vital for research, development, and healthcare applications.

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Answer:

Explanation:

This may be incomplete but here are some pairs that can be used to calculate all other parameters:

L and N

L and f-s

L and f-Ny

N and f-s

N and f-Ny

In order to draw the locus, we can construct a circle with a radius of 1696.62mm centered at the center of the culvert.

The diameter of the wheel is given as 540mm, so the radius of the wheel is half of that: 540mm / 2 = 270mm. The circumference of the wheel can be calculated as 2π times the radius: 2π × 270mm

≈ 1696.62mm.

Since the circumference of the wheel is approximately 1696.62mm and point P traces out a circle, the locus of point P will be a circle with a circumference of 1696.62mm.

Hence, to draw the locus, we can construct a circle with a radius of 1696.62mm centered at the center of the culvert.

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The idea that the three pyramids of Giza are the greatest feat of engineering ever is widely accepted among historians and experts.

These majestic structures, built over 4,500 years ago, continue to amaze and baffle people today. Here's why:
1. Monumental size: The pyramids of Giza are colossal structures, with the largest, the Great Pyramid of Khufu, standing at over 450 feet tall.

Constructing such massive structures without modern machinery or technology is a remarkable achievement.
2. Precision and alignment: The pyramids were meticulously built with incredible precision. The sides of the pyramids align almost perfectly with the cardinal points of the compass.

The accuracy of the alignment is a testament to the advanced astronomical knowledge possessed by the ancient Egyptians.
3. Construction techniques: The pyramids were built using immense blocks of limestone, weighing several tons each. The precise cutting and fitting of these massive blocks required advanced engineering skills.

The construction techniques used, such as ramps and pulleys, demonstrate the innovative methods employed by ancient Egyptian engineers.
4. Longevity: Despite being thousands of years old, the pyramids have stood the test of time. They have survived earthquakes, erosion, and countless other natural and human-induced threats.

The durability of the pyramids is a testament to the engineering prowess of the ancient Egyptians.
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Answer:

Im pretty sure its True.

Answer:

The outer tube of the pump is drawn with solid lines because it represents the visible edges of the object, which are the most important and prominent features of the drawing. Solid lines are used to indicate visible edges, while other types of lines such as dashed or dotted lines are used for hidden or construction lines that are not meant to be seen in the final drawing.

Explanation:

When drawing an object, it's important to distinguish between the visible edges and the hidden or construction lines. The visible edges are the lines that represent the outer contour or silhouette of the object, which define its shape and form. In the case of the bicycle pump, the outer tube is the most prominent and recognizable feature of the pump, so it's drawn with solid lines to emphasize its importance and to make it stand out from the other parts of the pump.

On the other hand, the hidden or construction lines are used to guide the drawing process, to show the internal structure or components of the object, or to indicate the position of other features that are not visible from the current viewpoint. These lines are usually drawn with dashed or dotted lines to distinguish them from the visible edges and to avoid confusion.

By using different types of lines, the artist can create a clear and accurate representation of the object, with all the relevant information conveyed in a concise and understandable way. This is especially important in technical or scientific drawings, where precision and clarity are essential for conveying complex ideas or designs.