two technicians are discussing an obd ii vehicle that has a flashing check engine light. technician a says there is problem with the engine lubrication or cooling system and the vehicle must not be driven, otherwise serious engine damage will occur. technician b says there is a severe ignition misfire and the driver should reduce speed and engine load and have the vehicle serviced as soon as possible. who is correct?

Answers

Answer 1

Technician B is correct because ignition misfire is most probably the reason a flashing check engine light.

What is ignition misfire?

Fuel is ignited in the engine's combustion chamber by the ignition system. The engine will misfire on one or more cylinders if the system isn't functioning properly. However, this isn't always the case. Typically, only one cylinder is impacted. Additionally, because the components of the ignition system gradually wear out and mild misfires can be difficult to detect, you might have ignition misfires without even realizing it (although your Check Engine Light may come on, seemingly for no reason).

Misfiring has a variety of potential causes, including issues with your ignition system. It's critical to have an experienced mechanic diagnose and fix any engine misfiring issues.

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Related Questions

What component in the solar cell provides electrons to replace the electrons released by the dye?.

Answers

The component in the solar cell that provides electrons to replace the electrons released by the dye is "a layer of graphite"

What is the explanation for the above process?

A layer of graphite will operate as a counter electrode at the glass/electrolyte border, delivering electrons to the solution to replace these electrons that go on to the FTO glass.

They are reintroduced into the cell on a metal electrode on the rear, commonly known as the counter electrode, after passing through the external circuit and flowing into the electrolyte. The electrons are subsequently returned to the dye molecules by the electrolyte, which regenerates the oxidized dye.

PV cells make use of a variety of semiconductor materials. When exposed to light, the semiconductor absorbs the energy and converts it to negatively charged particles in the material known as electrons. This increased energy permits electrons to flow as an electrical current through the material.

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I want to create an Excel workbook to keep track of my spending by month for the year, what would be the best names to give my worksheets?

Answers

Answer:

Name them by the month and then end with the date.

Explanation:

For example, Jan 2022. This is naming the month, which you want to have to keep track of spending and then the year clarifies it from past or future years.

Organizing by month is the best and most efficient way to look back and keep track of spending by month of the year.

3.what information is typically provided on the grade stamp of visually graded lumber? explain, with the help of an example of a typical grade stamp.

Answers

The mill identification number must be included on a lumber grade stamp.

What is stamp-grade lumber?

A grade stamp on the lumber will be looked for when a building is inspected. The inspector can only identify the quality of the wood used in the structure based on this grade stamp. Given that all construction standards call for it, the grade stamp is very significant to building inspectors.

How is timber grade determined?

The quantity of transparent surface area on a board's side with the worst appearance determines its grade (with hardwoods one side will look better than the other). Long and wide, with a significant portion of its area defective, a higher grade board. -free

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How can I create this code this in Python?

Use the random module to generate a random number, prompt the user for a guess at the number until the user guesses the number. When the guess is too high, let the user know, when too low let them know, and when they guess it let them know it was correct and in how many guesses.

Answers

The program in Phyton that meets the above requirements is:

# import the random module

import random

# generate a random number between 1 and 10

number = random.randint(1, 10)

# initialize the number of guesses to 0

guesses = 0

# prompt the user for a guess and keep track of the number of guesses

while True:

   guess = int(input('Guess a number between 1 and 10: '))

   guesses += 1

   # if the guess is too low, let the user know

   if guess < number:

       print('Your guess is too low.')

   # if the guess is too high, let the user know

   elif guess > number:

       print('Your guess is too high.')

   # if the guess is correct, let the user know and exit the loop

   else:

       print('You guessed the number in', guesses, 'guesses!')

       break

What is the explanation?

This software creates a random number between 1 and 10, prompts the user for a guess, and keeps track of how many guesses are made. If the user's guess is too low, it produces an error message. If the user's guess is too high, it produces an error notice.

If the user successfully guesses the number, it publishes a message informing them of their success and the number of guesses required and then exits the loop.

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Let’s say you are setting up your ANOVA one-way analysis of variance graph. How many residual plots can you view at one time?

Select an answer:
two plots
one plot
five plots
three plots

Answers

The number of residual plots that you can view at one time is A. two plots.

What is analysis of variance?

Analysis of variance is a collection of statistical models and the estimation procedures that go with them that are used to analyze the differences between means. Ronald Fisher, a statistician, invented ANOVA.

ANOVA, which stands for Analysis of Variance, is a statistical test used to compare the means of multiple groups. ANOVA ("analysis of variance") compares the means of two or more independent groups to see if there is statistical evidence that the associated population means differ significantly.

In conclusion, the correct option is A.

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In the following function prototype, how many parameter variables does this function have?
int myFunction(double, double, double);
a. 1
b. 2
c. 3
d. cannot tell from the prototype

Answers

The function prototype you provided has 3 parameter variables.

Explanation in Detail:

In a function prototype, the variables listed in the parentheses after the function name are the parameter variables for the function. These variables represent the values that will be passed to the function when it is called. In this case, the function has 3 parameter variables, all of which are of type double.

Therefore, the correct answer is C) 3.

It is important to note that a function prototype only provides information about the number, type, and order of the parameters that a function expects to receive, but it does not provide any information about the function's implementation or behavior. For example, the function prototype does not tell us what the function does with the parameter variables or what it returns.

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two technicians are discussing clogged egr passages. technician a says that clogged egr passages can cause excessive nox exhaust emission. technician b says that clogged egr passages can cause the engine to ping (spark knock or detonation). which technician is correct?

Answers

Where two technicians are discussing clogged EGR passages and Technician A says clogged EGR passages can cause excessive NOx exhaust emission and Technician B says that clogged EGR passages can cause the engine to ping (spark knock or detonation), note that BOTH technicians are correct. (Option C)

What is a Clogged Exhaust Gas Recirculation (EGR) Passage?

These systems' passageways can get blocked, obstructing the flow and resulting in inadequate EGR flow, explosion, and excessive NOx emissions. If the solenoid, circuits, and EGR valve are all functioning properly and the route is clogged, cleaning the passageways with a wire brush will restore normalcy to the system.

When the EGR valve becomes clogged, the engine suffers a considerable loss of power, hauls, or difficulty of cold starts, as well as increased smoke emissions. If the EGR valve remains closed, it will not be able to reduce pollutants.

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Full Question;

Two technicians are discussing clogged EGR passages. Technician A says clogged EGR passages can cause excessive NOx exhaust emission. Technician B says that clogged EGR passages can cause the engine to ping (spark knock or detonation). Which technician is correct?

Technician A only

Technician B only

Both Technicians A and B

Neither Technician A nor B

joe is an exceptional systems engineer who hopes to work at the techtonic group. he is handicapped and uses a wheelchair. techtonic does not have wheelchair ramps and some doorways are not wide enough for a wheelchair. the hr department should

Answers

The HR department should install wheelchair ramps and widen the doorways as they don't want to loose an exceptional systems engineer who hopes to work at the techtonic group.

What is a wheelchair ramps?

A wheelchair ramp is an inclined plane that can be installed in addition to or instead of stairs. Ramps make it easier for wheelchair users, as well as people pushing strollers, carts, or other wheeled objects, to enter a building.

The Americans with Disabilities Act requires wheelchair ramps (or other ways for wheelchair users to access a building, such as a wheelchair lift) in new construction for public accommodations in the United States.

A wheelchair ramp can be fixed, semi-fixed, or portable. Permanent ramps are intended to be bolted or otherwise attached to the ground. Semi-permanent ramps are commonly used in the short term and rest on top of the ground or concrete pad.

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a developer ordered several truckloads of soil to be used in a new housing project for backfill to replace ground removed by excavation for construction. used to brace a structure (especially a foundation or footings). . his most probable intended use would be

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a developer ordered several truckloads of soil to be used in a new housing project for backfill to replace ground removed by excavation for construction. used to brace a structure (especially a foundation or footings). His most probable intended use would be to fill in excavations or around foundation walls.

Who is a developer?
In the construction industry, a project developer is a professional who oversees the operations of a project by conducting research and developing plans that best meet the needs of the project. A developer is typically thought of as someone who develops land through construction and who, as a result, becomes an owner of the developed land.

To create project activities, schedules, and regular project progress reports, the developer will typically collaborate with the project manager.

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According to NEC article 110 unused knockouts and other openings in electrical boxes and cabinets are required to be ___.

Select one:

a. marked

b. closed

c. ventilated

d. listed

Answers

According to NEC article 110 unused knockouts and other openings in electrical boxes and cabinets are required to be (b) closed.

What is an electrical box?

An enclosure that houses electrical connections is called a junction box. In addition to shielding individuals from unintentional electric shocks, junction boxes safeguard the electrical connections from the elements. Junction boxes, commonly referred to as electrical boxes, protect wire connections. They contribute to the prevention of short circuits, which can result in fires. According to electrical codes, every electrical device and its wiring connections must be contained inside an authorized electrical box.

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in order to determine if the delivery system is adequate for manual firefighting, what must the engineers calculate?

Answers

You have to divide the firefighting to the adequate because it wouldn’t deliver otherwise.

Suppose that your car will not start. To determine whether the battery is faulty, you turn
on the light switch and find that the lights are very dim, indicating a weak battery. You
borrow a friend’s car and a set of jumper cables. However, how do you connect his
car’s battery to yours? What do you want his battery to do?

Answers

Note that to connect your car's battery to your friend's car using jumper cables, you should follow these steps:

Allow the two automobiles to be near to each other but not to touch.Check that both automobiles are switched off and that the keys are not in the ignition. Open the hoods of both vehicles.Find the batteries in both vehicles. The positive terminal (generally denoted by a "+") is usually bigger than the negative terminal.Connect the positive terminal of your friend's battery to one end of the red jumper cable. Connect the other end of the red jumper cable to the positive connector of your vehicle's battery.Connect the negative terminal of your friend's battery to one end of the black jumper cable.Attach the other end of the black jumper cable to an unpainted metal surface on your automobile, such as an engine block bolt. This will assist in grounding the circuit and preventing sparks.

What are the signs of a faulty battery?

If your engine cranks slowly, like it's tougher to start on chilly mornings, start inconsistently, or there's no sound or interior lights when you try to start, consider a failing battery, a loose or corroded connection, or an electrical draw.

To make sure your battery lasts:

Short travels should be avoided. Short automobile journeys restrict your car's battery from fully charging.Keep your battery securely attached.When you exit the car, turn off all lights.Maintain corrosion control.Check your battery frequently.When the engine is turned off, do not utilize electronics.

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Oil companies benefit from capturing ____ ____ and then injecting it back into aquifers because the increased pressure enhances oil recovery. they also save money from less taxes on emissions

Answers

Capturing carbon dioxide is advantageous for oil corporations.

What part does the oil industry play in global warming?

When fossil fuels are burned, a greenhouse gas called carbon dioxide is massively released into the atmosphere. Greenhouse gases, which trap heat in our atmosphere, are to blame for global warming.

How is the environment benefited by carbon capture and storage?

Before carbon dioxide (CO2) is released into the atmosphere, it is captured and stored through the process of carbon capture and storage (CCS). The technique can absorb up to 90% of the CO2 produced while burning fossil fuels to produce power and for industrial purposes like making cement.

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Which of the following statements about critical path method (CPM) is true?
A. It is an example of a variable time project scheduling method.
B. It is well suited when activity times are expected to vary.
C. It is well suited when activity times are fairly constant and can be reduced by spending more money.
D. It is well suited for R&D projects and for scheduling computer systems.
Answer: C. It is well suited when activity times are fairly constant and can be reduced by spending more money.

Answers

The statement about the critical path method (CPM) that is true is: " It is an example of a variable time project scheduling method.." (Option A)

What is the critical path method and why is it important?

The critical path is defined by project managers as the process when it comes of dependent tasks in a project. Project managers may more readily prioritize work, create realistic timelines, maintain projects on budget, and avoid or offset delays by identifying the essential route.

The key variables for scheduling are

Task Timelines. This is the expected time required to execute a job using available resources.

There are also Parallel Tasks. These are the tasks that can be accomplished at the same time. Then there are preceding Tasks. These are the activities that must be accomplished before proceeding to other, dependent tasks.

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the bellman-ford shortest path algorithm works ____O on graphs with negative edge weights, but not negative edge weight cycles O only on graphs without cycles O on any graph O only on graphs with non-negative edge weights

Answers

The bellman-ford shortest path algorithm works on graphs with negative edge weights, but not negative edge weight cycles.

Define an algorithm.

A finite sequence of exact instructions is known as an algorithm in mathematics and computer science. Algorithms are frequently used to solve a class of particular problems or to carry out computations. For carrying out calculations and data processing, algorithms are used as specifications.

A method used to solve a problem or carry out a command is known as an algorithm. Algorithms are precise lists of instructions that, in either software or hardware-based routines, carry out predetermined actions step by step.

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110-v rms, 60-hz source is applied to a load impedance z. the apparent power entering the load is 120 va at a power factor of 0.607 lagging. note: this is a multi-part question. once an answer is submitted, you will be unable to return to this part. calculate the complex power. the complex power is j va.

Answers

The term "complex power" refers to the mathematical representation of electrical power. It has both real and fictitious parts, just like a complex number.

The active power is represented by the real part, while the reactive power is represented by the imaginary part. The letter S is frequently used to represent it.

What does complex power entail?

The complex conjugate of the rms current phasor and the rms voltage phasor make up the complex power (in VA). As a complex quantity, its real and imaginary parts are real power P and reactive power Q, respectively.

Since the magnitude of the complex power is the apparent power, we could write it as:

S=S∠θ v−θ i

​However, mathrm pf = cos(theta_v-theta_i) pf = cos(v i)

v i = cos 1 pf = 45 In this case, the value of the ta_v-theta_i v i is positive due to the exercise's knowledge that current lags voltage. The value of the complex power is:

Boxed mathbf S=120, angle 45, circle mathrm VA S=120, 45, VA

a) "mathbf S=120 angle 45 circle" "mathrm VA S=120 45"

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Complete Question = A 110-V rms, 60-Hz source is applied to a load impedance Z. The apparent power entering the load is 120 VA at a power factor of 0.707 lagging. (a) Calculate the complex power. (b) Find the rms current supplied to the load. (c) Determine Z. (d) Assuming that Z = R + jωL, find the values of R and L.

please help me
How urban planning can improve public health​?

Answers

Answer:

search it bro

Explanation:

use it, it will give precise answer

given that an arraylist named a with elements of type integer has been declared, assign 3 to its first element.

Answers

Assign the value 3 to the first element of the arraylist a, which has been declared to contain items of the type integer.

Integers include the number zero (0), a positive natural number, and a negative integer represented by a minus sign. The negative numbers are the inverse additions of the comparable positive numbers. In mathematical notation, the boldface Z or blackboard bold displaystyle mathbb Z mathbb Z is widely used to denote the set of numbers. The displaystyle "mathbb" is used to show the set of all natural numbers, the set of all rational numbers, the set of real numbers, and the set of all rational numbers. The set of all natural numbers, the set of all rational numbers, and the set of all real numbers are also shown.   Z is countably infinite, much like the natural numbers, according to Displaystyle Mathbb.

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A coal barge is 1000-ft-long, 100-ft-wide, and is submerged in 12 feet of 60°F water. If it is being towed at 12 mph, estimate the friction drag.

Answers

friction drag = 54546 lbf

A coal barge is 1000-ft-long, 100-ft-wide, and is submerged in 12 feet of 60°F water. If it is being towed at 12 mph, the friction drag would be 54546 lbf.

What is a Friction drag?

Friction is the resistance that occurs when two objects rub together, such as air against an airplane. Friction contributes to drag.

Because the barge is rectangular, the flow over the submerged sides and bottom is assumed to behave like B.L. over a flat plate.

Effects at the corners and leading/trailing edges are not taken into account, which could lead to deviations from the analysis. Given the size of the barge, we expect these effects to be minor.

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Multiple Choice question. Selected the correct answer.
10. Which of the following is NOT a metal used for producing exhaust manifolds?
A. Cast iron.
B. Aluminium.
C. Heavy-gauge sheet metal.
D. Stainless steel.

Answers

Answer:

C. Heavy-gauge sheet metal.

Explanation:

Exhaust manifolds are typically made from cast iron, aluminum, or stainless steel, which are strong and durable materials that can withstand the high temperatures and pressures found in vehicle exhaust systems.

Heavy-gauge sheet metal is a type of metal, but it is not typically used for this application because it may not have the necessary strength and durability.

If you are creating an artificial cell and you want this cell to be capable of the greatest sensitivity to an applied signal, which would be the most useful?.

Answers

Artificial cells have received a lot of attention as potential replacements for natural cells. There are numerous types of artificial cells, each with its own definition.

What is an Artificial cells?

Artificial cells are materials that have been engineered to mimic some of the properties of cells, such as surface characteristics, shapes, morphology, or a few specific functions.

These artificial cells have applications ranging from medicine to the environment, and they may be useful in developing theories about the origin of life. However, even the most basic unicellular organisms are extremely complex, and the synthesis of living artificial cells from inanimate components appears to be extremely difficult.

Nonetheless, recent progress in the creation of artificial cells ranging from simple protocells and synthetic cells to cell-mimic particles suggests that the creation of living life is no longer an impossible goal.

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Two doubles are read as the power and the distance of a SoundWave object. Declare and assign pointer mySoundWave with a new SoundWave object using the power and the distance as arguments in that order. Ex: If the input is 2.5 1.5, then the output is:SoundWave's power: 2.5SoundWave's distance: 1.5Code:#include #include using namespace std;class SoundWave {public:SoundWave(double powerValue, double distanceValue);void Print();private:double power;double distance;};SoundWave::SoundWave(double powerValue, double distanceValue) {power = powerValue;distance = distanceValue;}void SoundWave::Print() {cout << "SoundWave's power: " << fixed << setprecision(1) << power << endl;cout << "SoundWave's distance: " << fixed << setprecision(1) << distance << endl;}int main() {SoundWave* mySoundWave = nullptr;double powerValue;double distanceValue;cin >> powerValue;cin >> distanceValue;/* Your code goes here */mySoundWave->Print();return 0;}

Answers

The power and the distance of a SoundWave object is

SoundWave* mySoundWave = new SoundWave(powerValue, distanceValue);

What is power?

Power is the ability to exercise control or influence over something or someone. It is the capacity to make decisions, take action, and shape events. Power is derived from a position or authority within an organization, while informal power is derived from personal characteristics such as charisma, intelligence, and experience. Power can be used for good or ill, depending on the person wielding it and the situation. The use of power should always be guided by ethics and responsibility, and those in positions of power should strive to build trust and credibility.

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can a fiber reinforced composite behave like a particle reinforced composite? explain why or why not.

Answers

No, a fiber-reinforced composite cannot behave like a particle-reinforced composite.

This is because fiber reinforcement is typically achieved by adding fibers made of glass, carbon, or other materials to a polymer matrix. Particle reinforcement, on the other hand, is achieved by adding particles of ceramic or metal to a polymer matrix. The two components have different properties and behave differently in different applications.

Fiber-reinforced composites are materials made of a matrix and a reinforcing fiber. The matrix is usually a polymer, a metal, or a ceramic, while the reinforcing fibers are typically glass, carbon, or aramid fibers.

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the wire and bar drawing process involves pulling metal through an opening in a die in which the metal takes on the shape of the die opening.

Answers

When a wire (or bar) is drawn through a die opening, the cross section of the metal is reduced. This process is known as wire drawing (or bar drawing).

By hand, how is wire drawn?

Hand pulling is used to draw silver wire. drawing thicker silver wire with a crank. Wire drawing is a metalworking technique used to shrink a wire's cross section by dragging it through just one hole.

How do you sketch metal?

By dragging the metal through a die to shape and size it into the desired wire, rod, tube, or other part, metal drawing is a cold working operation.

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Before Segway manufactured its two-wheeled people movers, it built a prototype and had staff engineers test it for performance and stability. At this stage, Segway was involved inalpha testing.product launch.test marketing.beta testing.concept testing.alpha testing

Answers

At this stage, Segway was involved in "alpha testing", when Segway manufactured its two-wheeled people movers, it built a prototype and had staff engineers test it for performance and stability.

What exactly is a Protoype?

Prototyping is an important step in the creation of any product, digital or physical. The process transforms the concept into a physical structure. This concept can be presented to stakeholders or an audience to validate assumptions and test its viability.

In simple terms, a prototype is not just a component of product design; it is one of the most important components of -

Determine whether the proposed product is viable for mass production.Before the actual product is developed, provide stakeholders and investors with an overview of the product.

Prototyping is an essential step in the startup process without which all subsequent steps are pointless.

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Analyse and determine the drag on a small circular disk of 0.01 ft diameter moving 0.01 ft/s through oil with a specific gravity of 0.87 and a viscosity 10,000 times that of water. The disk is oriented normal to the upstream velocity.

Answers

The drag of the disk is 3.38 X 10^4.

What is drag?

Drag is a force that opposes any object's relative motion with respect to a surrounding fluid in fluid dynamics. This might be present between two liquid layers or between a liquid and a solid surface.

The resistance to motion of a body through a fluid, such as water or air, is known as a drag force. The direction of the incoming flow velocity is opposed by a drag force. This is the relative speed of the fluid and the body.

Solution Explained:

Given,

Specific gravity(sg) = 0.87

Diameter = 0.01ft

Density of Oil (P) = [tex]sg_{ph20} = 0.87 X 1.94 = 1.6878 \frac{sl}{ft^3}[/tex]

Since the viscosity is 10000 times that of water, the Reynold number is

[tex]R_{E} = \frac{PvD}{meu} = \frac{1.6878 X 0.01 X 0.01}{0.234} = 7.21 X 10^-4[/tex]

Since RE < 1, the drag coefficient for normal flow is given as:

[tex]CD = \frac{24.4}{R_{E}} = \frac{24.4}{7.21 X 10^-4} = 3.38 X 10^4[/tex]

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I have
V(tension) =12W
Vr2=7,2W
Vr1=4,8W
R(resitance)2=1800 ohm
How much is
I1 and R2

Answers

The current on resistor 1 is given by: 0.004A = 4mA.The resistance on resistor 1 is given by: 1200 ohms.

How to obtain the current and the resistance?

The current and the resistance are obtained according to Ohm's First Law, which states that the voltage is obtained by the multiplication of the resistance and of the current, as follows:

V = R x I.

The variables are:

V is the voltage.R is the resistance.I is the current.

At resistor R2, we have that:

The current is I1, as it is the same for the entire loop.The resistance is of 1800 ohms.The voltage is of 7.2 volts.

Hence the current I1 is obtained as follows:

1800 x I1 = 7.2

I1 = 7.2/1800

I1 = 0.004A = 4mA.

Then for resistor R1, we have that:

The voltage is of 12 - 7.2 = 4.8 V, as the voltage for the entire loop is of zero.The current is of 0.004A.

Hence the resistance R1 is obtained as follows:

0.004R1 = 4.8

R1 = 4.8/0.004

R1 = 1200 ohms.

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data mining uses the following techniques (select all that applies) group of answer choices hypothesis testing statistical modeling search algorithms machine learning etl technology

Answers

knowledge extraction from data It is one of the processes in the procedure for discovering new knowledge. It is a computational process that combines techniques from machine learning, statistics, and database architecture to find patterns in massive data sets.

What four tasks does data mining perform?

Data mining mostly serves the following four purposes: prediction capability. the method of extracting patterns from data utilizing a number of variables to forecast other variables with unknown types or values. The process of searching a database for a crucial feature of data.

What methods of data mining are there?

Some data mining techniques include classification, clustering, association, data cleaning, and data visualization.

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Technician a states that the aim of thread repair is to restore the thread to a condition that restores the fastening integrity. Technician b states that thread repairs can only be performed on internal threads. Who is correct?.

Answers

Both the Technician A and B are correct. Because the statement they have provided are true in both cases.

Who is a technician?

Technicians are highly qualified individuals who primarily use technology in a variety of industries. They are familiar with the technical details of the different things they work with. They frequently use electricity or modern technology in their work.

Construction of tools or materials pertaining to a technician's area of study may be assigned to them. To make sure the equipment functions properly, they may also be tasked with performing diagnostics and other maintenance tasks. In the event of issues, technicians may also be required to carry out simple repairs. It's crucial for technicians to have sound analytical and decision-making abilities.

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A horizontal load P = 62 kN is applied at A of the assembly as shown. Determine (a) the internal force in bar BD, (b) the reaction at the pinned support C.

Answers

Internal force is 75 kN and reaction is 82.9 kN, according to the question.

What in science is a force?

The word "force" has a specific meaning in science. At this level, calling a force a pushing or a pull is entirely appropriate. A power is not something an object "has in it" or that it "contains." One thing experiences a force from another. There are both living things and non-living objects in the concept of a force.

Who made the force?

Issac Newton's third laws of motion, which are outlined in his Principia Mathematica, are frequently used to illustrate the concept of force (1687).

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You are a participant in a peace conference with 10 participants. Everybody shakes everybody else's hand. There are ____ handshakes altogether. Which negative characteristic of an assertive person can cause them to assume that everything will be positive and work out, which can create issues when trying to meet new goals?. Part #1: is a nonmoving ball on a ramp a example of... Elastic potential energy Gravitational potential energy Chemical energy Kinetic energy.Part #2: What is the correct statement.Kinetic energy converted to potential energy when the ball started moving down the ramp.Potential energy converted to kinetic energy when the ball started moving down the ramp.Energy was destroyed as the ball came to a stop.Energy was created when the ball began moving down the ramp. identify an accurate description of how the u.s. grand strategy changed when president george w. bush came to office in 2001. a. George W. Bush came to office intending to steer America toward isolationism, but the attacks of 9/11 forced him to pursue a grand strategy of multilateralismb. George W. Bush came to office intending to steer America toward unilateralism, but the attacks of 9/11 forced him to adopt a grand strategy of international liberalismc. George W. Bush came to office primarily under promises of domestic policy changes to education, but the attacks of 9/11 forced him to pursue a grand strategy of isolationist protectionismd. George W. Bush came to office primarily under promises of domestic policy changes to education, but the attacks of 9/11 forced him to adopt a preemption doctrine based on unilateralism On the first day of winter, an entire field of trees starts losing its flowers. The number of locustsremaining alive in this population decreases rapidly due to the lack of flowers for them to eat.The relationship between the elapsed time, t, in days, since the beginning of winter, and thetotal number of locusts, N(t), is modeled by the following function:N(t) 8950 (0.49)^t/2Complete the following sentence about the daily rate of change in the locust population.Round your answer to two decimal places.Every day, the locust population is multiplied by a factor of ____. The measures of two vertical angles are given by the expressions (x+16) and (2x - 3).Find the value of x . What is the measure of each angle? What type of chemical bond joins the bases of complementary DNA strands?a) hydrophilicb) covalentc) hydrogend) ionic write a letter to inviting a friend to visit your country Giving 24 points Complete all of the sentences!!! science in the 1980s, congress and the president responded to changes in the business climate by passing a broad new set of regulations on businesses. true false What happens to daphnia heart rate when the temperature rises ? Mrs. Drake recently fractured her left hip after falling out of bed. Her recent hip replacement surgery was successful. She was admitted to a sub-acute unit of a SNF for rehabilitation, but is responding poorly to attempts for treatment. She continually cries and the PT reports that Mrs. Drake has been expressing a fear of standing and is resistant to ambulate. According to the COTA, she is also having difficulty getting to the bathroom, showering and going to the dining room for meals. She rejects trying antidepressants and is developing poor endurance and muscle weakness Baby Easton was born on July 25th 2013. Easton's parents, Bill and Rhonda have recently been told byseveral family members that something might be developmentally off with Easton. Bill and Rhonda beginobserving other babies Easton's age while they are out and about. While observing other babies theystart to note the things that might be a little off about Easton. Below is the list of things they have comeup with that makes Easton a bit different than other babies his age: Easton has a flatter face, smaller ears and a shorter neck than most babies his ageEaston has small white spots on the blue area of his eyes. Easton consistently seems to have stomach problems.Easton does not have much muscle strength when holding his own head upCH A group of eight marketing agents is asked to design the next feature on a smartphone because an existing feature is outdated. The group begins the brainstorming session at 9 a.m. by reviewing the agenda. The agenda states that the brainstorming session will last until 5 p.m. There is only one scheduled break at noon for lunch. LAB: Instrument information (derived classes) Given main() and the Instrument class, define a derived class, StringInstrument, for string instruments. Ex. If the input is: Drums Zildjian 2015 2500 Guitar Gibson 2002 1200 6 the output is: Instrument Information: Name: Drums Manufacturer: Zildjian Year built: 2015 Cost: 2500 Instrument Information: Name: Guitar Manufacturer: Gibson Instrument Information: Name: Drums Manufacturer: Zildjian Year built: 2015 Cost: 2500 Instrument Information: Name: Guitar Manufacturer: Gibson Year built: 2002 Cost: 1200 Number of strings: 6 Number of frets: 19 file: 8.10.1: LAB: Instrument information (derived classes) is marked as read only Current file: Instrument.java - 8.10.1: LAB: Instrument information (derived classes) A 49.8g sample of ethylene glycol, a car radiator coolant, loses 842 J of heat. What was the initial temperature of the ethylene glycol if the final temperature is 32.5C? (c of ethylene glycol = 2.42 J/gK) Instructions: Assume that there is a Vole program stored in memory at address 0x00, as illustrated in the table below. Trace the execution of the program step-by-step, and write down the contents ofthe program counter (PC);the instruction register (IR); andthe memory cell at address 0x02at the end of each fetch phase of the machine cycle until the machine halts.Memory Address Contents0x00 0x220x01 0x110x02 0x320x03 0x020x04 0xC00x05 0x00 Which equation is equivalent to the formula d = rt? r equals d over t r = dt t equals r over d t = dr Determine the value of x.Options:0320333 6 Evaluate the expression for x = 3, y = 3, and z = 5.12z-3y4z-zEnter your answer in the box.