Many industries require that engineers become licensed by passing two examinations administered by the state. Which of the following identifies the exam they need to pass first?

Online Institute of Engineers (OIE) exam
Fundamentals of Engineering (FE) exam
Professional Engineering (PE) exam
Professional Engineering Fundamentals (PEF) exam

Answer:

I THINK its number 1. Im not sure

Explanation:

Answer:

1) just a little oil

Ig this is the correct answer. It suits better than the others.

Answer:

Esta es una lista de agencias bajo el Departamento de Defensa de los Estados Unidos (DoD) que anteriormente y poco antes se conocía como el Establecimiento Militar Nacional. Sus principales responsabilidades son controlar las Fuerzas Armadas de los Estados Unidos. El Departamento fue establecido en 1947 y actualmente se divide en tres departamentos principales:

el Departamento del Ejército, la Armada y la Fuerza Aérea, y tiene un personal militar de 1.418.542 (553.044 del Ejército de los EE. UU.; 329.304 de la Armada de los EE. UU.; 202.786 del Cuerpo de Marines de los EE. UU.; 333.408 de la Fuerza Aérea de los EE. UU.). [1] El Departamento de Defensa está encabezado por el Secretario de Defensa. Actualmente, el Departamento de Defensa está dirigido por el secretario de Defensa Lloyd Austin.

Answer:

over your right shoulder

Explanation:

Answer:

When you want to back out of a parking space, you should do it slowly and look over your right shoulder while backing.

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?

Answer:

Did you need help answering this?

Explanation:

Answer:

Open access journal about environmental engineering

Explanation:

Open access is a policy that gives the public access to scientific documents and data (such as research findings). By publishing in an open access journal, the engineer would make it possible for anyone to read the results, regardless of their qualifications or financial status.

The total distance traveled at a velocity of 121 miles per hour for a time of 5 hours is of:

605 miles.

The relation between velocity, distance and time states that the velocity is obtained by the quotient of the distance by the time, as follows:

v = d/t.

In which:

The parameters for this problem are given as follows:

v = 121, t = 5.

Hence the distance is obtained as follows:

d = v x t

d = 121 x 5

d = 605 miles.

The problem asks for the total distance traveled at a velocity of 121 miles per hour for a time of 5 hours.

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One field that cannot be pursued in the electrical field is architecture.

While architecture often involves designing and planning structures, it primarily focuses on the aesthetics, functionality, and construction of buildings and spaces.

Although electrical systems play a crucial role in buildings, such as lighting and power supply, the discipline of architecture does not delve deeply into electrical engineering principles and technologies.

Electrical engineering, on the other hand, focuses on the study and application of electricity, electronics, and electromagnetism, covering areas such as power systems, control systems, telecommunications, and electronics design.

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Answer:

I would like to help can you take a picture without the bot telling you something. Maybe then I can figure it out.

Explanation:

The minimum exterior open spaces around buildings that are 55 metres or more, should be 16 metres. On sides where no habitable rooms face, a minimum space of 9 metres shall be left for heights above 27 metres.

Answer:

Resistance, R = 2.04 Ohms.

Explanation:

Given the following data;

Current = 7 amps

Circuit voltage = 120 Volts

Power = 100 Watts

To find the resistance;

First of all, we would calculate the potential difference (voltage level) used by the radio.

Power = current * voltage

100 = 7 * voltage

Voltage = 100/7

Voltage = 14.29 Volts

Next, we solve for the resistance of the radio;

Ohm's law states that at constant temperature, the current flowing in an electrical circuit is directly proportional to the voltage applied across the two points and inversely proportional to the resistance in the electrical circuit.

Mathematically, Ohm's law is given by the formula;

\( V = IR\)

Where;

V represents voltage measured in voltage.

I represents current measured in amperes.

R represents resistance measured in ohms.

Substituting into the formula, we have;

\( 14.29 = 7*R\)

\( R = \frac {14.29}{7} \)

Resistance, R = 2.04 Ohms.

Answer:

electrical and Electronic Engineering

Explanation:

cos it's a practical part of technology

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.

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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Answer:

the metal is mined from mines and melted to make objects

The manufacturer's safety procedures for disarming an airbag system are typically found in D. the service manual.

The service manual provides detailed instructions and guidelines for performing maintenance and repairs on a vehicle, including procedures for handling the airbag system safely. It is important to follow the manufacturer's recommended procedures to avoid any accidents or injuries when working with the airbag system.

The manual typically provides step-by-step instructions, safety precautions, and warnings regarding the proper procedures for disabling the airbag system. It may include details on disconnecting the battery, identifying and accessing the airbag control module, and specific precautions to be taken while handling the airbag components.

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Formative assessments are exercises teachers use to gauge students learning through the lesson.

Formative assessment improves students' "learning to learn" abilities by stressing the teaching and learning process and incorporating students as participants in that process. It also improves students' skills in peer and self-assessment and assists them in developing a variety of successful learning techniques.

Formative assessment examples include:

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Answer:

The correct option is;

1. A physical room that bounces sound off the wall

Explanation:

In Engineering,  An echo chamber is a room which is used to produce a persistent repetition of a sound after the initial sound is made mainly with the intention of recording purpose

Echo chambers are used in radio programming for sound cave or large room sound effects such that the reverberations are picked up by microphones which provides amplification

Current day echo chambers are achieved by electronic sound effects functions present in modern sound equipment, however, physical echo chambers, such as the famous Capitol Studios echo chambers are still in use.

Answer:

to power devices  appliances and  some methods of transportation

Explanation:

Answer:

Electrical energy is used throughout the world to power devices, appliances and methods of transportation utilized in daily life. To make things operate, electrical energy must be emitted from energy sources such as power plants, to enable an object to consume the power it needs to function.

Explanation:

Answer:

A

Explanation:

It just makes sense

According to the question of hydraulic pump, Tech A and Tech B both are correct.

A hydraulic pump is a mechanical device used to move fluid through a hydraulic system. It is usually powered by an electric motor, internal combustion engine, or other type of power source, and is designed to convert mechanical energy into hydraulic energy. Hydraulic pumps are used in a variety of applications such as construction equipment and manufacturing processes. They are also used in industrial and automotive systems and to power a variety of other machines and tools.Hydraulic pumps are typically made from cast iron, steel, bronze, aluminum, or other materials that can withstand high pressures and temperatures.

Tech A is correct. Some manufacturers do specify automatic transmission fluid in their power steering systems. Tech B is also correct. In a power steering system, the force needed to steer the wheels is created by a hydraulic pump.

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A waterproof joint is typically made between a sink or lavatory faucet and the fixture using plumber's putty, a rubber or wax-ring seal, construction adhesive, or latex caulk

Usually, a watertight connection is established between a sink or bathroom faucet and the fixture by utilizing various materials such as plumber's putty, rubber or wax-ring seal, construction adhesive, or latex caulk.

A popular substance used to form a water-resistant seal at the bottom of a faucet is known as a plumber's putty.

A common method of preventing leaks between the floor flange and the toilet base in toilet installations is by utilizing either a rubber or wax-ring seal.

An enduring adhesive, such as construction adhesive, can establish a robust adhesion between the fixture and the faucet, ensuring a more lasting installation.

Finally, latex caulking is a viable solution for sealing gaps and inhibiting water from seeping into the periphery of the faucet.

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A student who received a score of 3.00 or higher met or exceeded the benchmark for a student who is on track to pass.This score is based on the anticipation at the moment the exam was administered rather than the anticipation for the end of the year.

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Examples of wheel and axle machine​ are car, ferris wheel Bicycle, Screwdriver and crane

The wheel and axle is a simple machine that consists of a wheel attached to a smaller axle, which turns with the wheel. The axle provides a mechanical advantage, allowing a smaller force to be used to turn a larger force, making it an important machine in a wide range of applications. Here are some examples of wheel and axle machines:

Bicycle: The bicycle is a classic example of a wheel and axle machine. The wheel acts as the larger wheel, while the pedals and chain system turn the smaller axle, which is connected to the rear wheel, providing the necessary force to move the bike.

Cars: A car has multiple wheel and axle systems, including the gears and driveshaft. The engine turns the crankshaft, which powers the transmission, which then turns the drive shaft, which in turn spins the wheels.

Ferris wheel: A ferris wheel is a large wheel that rotates around an axle. The passengers sit in seats that are attached to the outer edge of the wheel, allowing them to enjoy a panoramic view while the wheel turns.

Windmills: Windmills use a wheel and axle system to turn the blades and generate power. The blades are attached to the axle, which is connected to a rotor, turning the generator and creating electricity.

Screwdriver: A screwdriver is a simple tool that uses a wheel and axle system. The handle acts as the wheel, while the shaft of the screwdriver acts as the axle, allowing you to turn screws with ease.

Crane: A crane uses a wheel and axle system to lift heavy objects. The pulleys and cables work together to turn the large wheel, which provides the necessary force to lift the load.

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Answer:

1. Always Start by calculating reactions at supports.

2. Make a slice through the members you wish to solve.

3. Treat the half structure as its own static truss.

4. Solve the truss by taking the sum of forces = 0.

5. Take the moment about a node of more than one unknown member.

Answer:

im not a truck person but the black one it looks better personally me and the white when it gets dirty it shows alot