Miguel, 22, has been diagnosed with a hypersensitivity to sunlight. Which of the following construction industry jobs might suit Miguel best?
O cement mason
O glazier
O roofer
O drywall installer

Answer:

Explanation:

To find the stress that the baseplate exerts on the concrete slab, we need to calculate the pressure distribution on the baseplate. The weight is distributed over an area of 9 in. × 24 in. = 216 in.2.

The stress is the force per unit area, so we can calculate it by dividing the weight by the area:

(a) Stress in lb/in.2:

18,000 lb / 216 in.2 ≈ 83.33 lb/in.2

(b) Stress in lb/ft2:

83.33 lb/in.2 × (12 in./ft)2 × 1 ft2/144 in.2 ≈ 583.3 lb/ft2

Therefore, the stress that the baseplate exerts on the concrete slab is approximately 83.33 lb/in.2 or 583.3 lb/ft2.

Answer:

2. 0.7863 km

3. 24.855 mph

Explanation:

2. \(786.3m*\frac{1km}{1000m}=0.7863km\)

3. \(\frac{40km}{hr}*\frac{1000m}{1km}*\frac{100cm}{1m}*\frac{1in}{2.54cm}*\frac{1ft}{12in}*\frac{1mi}{5280ft}=24.855mph\)

Answer:

b

Explanation:

I did it in real life lol

The Answers for the given question are as follow:

a. The model speed is approximately 31.62 rev/min.

b. The scale ratio is approximately 0.0417.

c. The estimated volume flow rate through the model is approximately 943.44 m^3/s.

d. The bearing thrust of the model is approximately 9.72 kN.

To calculate the required values for the water turbine model, we can utilize the concept of dynamic similarity.

a. To find the model speed, we can use the principle of geometric similarity, which states that the ratio of speeds is equal to the ratio of the square roots of the head. Thus:

  Model speed = (√(Model head))/(√(Full-size head)) * Full-size speed

              = (√4.9/√16.5) * 93.7 rev/min

              = 31.62 rev/min

b. The scale ratio can be determined using the equation:

  Scale ratio = (√(Model power))/(√(Full-size power))

             = (√37.5kW)/(√27MW)

             ≈ 0.0417

c. To estimate the volume flow rate through the model, we can use the power equation:

  Model power = (Model efficiency) * (Volume flow rate) * (Model head) * (Gravity)

  37.5kW = 0.88 * (Volume flow rate) * 4.9m * (9.81m/s^2)

  Solving for the volume flow rate:

  Volume flow rate = 37.5kW / (0.88 * 4.9m * 9.81m/s^2)

                   ≈ 943.44 m^3/s

d. To calculate the bearing thrust of the model, we can use the principle of force similarity:

  Bearing thrust model = (Model power / Full-size power) * Full-size bearing thrust

                      = (37.5kW / 27MW) * 7.0GN

                      ≈ 9.72kN

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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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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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To draw the state diagram for the given description, we need to identify the states and transitions based on the behavior of the circuit. In this case, we have two states: State A (output = 1) and State B (output = 0).

The transitions are as follows:

Part B:

To assign binary values to the states, we can use a binary encoding that requires the minimum number of digits. Since we have two states, we can assign '0' to State A and '1' to State B.

Part C:

Based on the states and transitions, we can create a binary-coded state table. Here's an example of how the table would look:

| Present State | Input | Next State | Output |

|---------------|-------|------------|--------|

| A             | 0     | A          | 1      |

| A             | 1     | B          | 1      |

| B             | 0     | A          | 1      |

| B             | 1     | B          | 0      |

Part D:

Assuming the use of JK flip-flops, we can derive the flip-flop input equations and the output equation based on the state table. Here's an example of the equations:

J_A = 0

K_A = 0

J_B = 1

K_B = Q_A

Output = Q_A

Part E:

To draw the logic diagram of the circuit, we would use the derived flip-flop input equations along with the output equation to implement the circuit using logic gates.

Thus, the circuit would include JK flip-flops, AND gates, and possibly other gates depending on the specific implementation.

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Answer:

Maybe it's 4 don't remember exactly

\(\bold{   }\) 

Ratio = 13:3

\(\bold{   }\) 

Mass => It is used to measure it's resistance to its acceleration. SI unit of mass is Kg.\(\bold{   }\) 

\(\boxed{\large{\bold{\blue{ANSWER~:) }}}}\)

\(\begin{gathered} \: \: \: \footnotesize{\boxed{\begin{array}{c|c}\boxed {\bf {quantity}} & \boxed {\bf {units}} \\ \\ \text{mass} & \sf{kilogram} \\ \text{ Time} &\sf{second} \\ \text{temperature}& \sf Kelvin \\ \text{current} &\sf ampere \\ \text{Amount ~of ~substance} & \sf mole \\ \text{luminous ~intensity } & \sf candela \\ \text{distance } & \sf metre \end {array}}}\end{gathered}\)

Answer: True

Explanation: Closed loop relies on feedback from PNS to make modifications in the movement, open loop allows action in the absence of feedback, 2. ... Closed loop can change the initial commands, open loop can not change the initial commands.

Answer:

I think the answer is B but if I am wrong please let me know thank you :)

Answer:

They are investigated using systems thinking.

Explanation:

The main way all the above mentioned systems are similar to engineer systems are They contain subsystems in different ways.

Different systems have subsystems such as:

This is the same as the systems that engineers study which are made in such a way that they have different subsystems as well.

In conclusion, option C is correct.

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Explanation:

You have to help the person you hit and with this you hand yourself over to the authorities so that you don't get involved in a murder and save the lives of others.

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.

The name of a building that is L shaped is Ells.

Building are structures erected to serves as protection for man an animals. It usually have a roof and walls standing  which helps to hold it in place.

An ell is an attachment of a building that is named after its L shape. It is located at a right angle to the building.

Therefore,

The name of a building that is L shaped is Ells

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Answer:

you never mentioned the options

Answer: voting of course

Explanation:

Based on the fact that Technician A states that if resistance is added, the current will decrease. Technician B states that if the voltage is decreased, amperage would increase, Both Technicians A and B are correct.

Resistance and voltage have an inverse relationship in an electrical circuit. This relationship is described by Ohm's Law, which states that the current (I) flowing through a circuit is equal to the voltage (V) divided by the resistance (R). The formula for Ohm's Law is I = V/R

Hence, it can be seen that When resistance is added to a circuit, the current flowing through the circuit will decrease because the formula I=V/R and as resistance goes up the current goes down.

Similarly, when voltage is decreased in a circuit, the current will increase, because again using Ohm's law I = V/R the current is inversely proportional to the voltage thus as voltage decreases current increases.

So option c. "Both Technicians A and B" are correct.

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Answer:

They are expensive, time-consuming to make, the needing to be rebuilt if destroyed, and sometimes it is impossible to build a large enough model

Explanation:

They are costly, labor-intensive to manufacture, must be rebuilt if they are destroyed, and occasionally it is impossible to construct a large enough model.

An automaton is a relatively self-operating machine or control system designed to perform a series of tasks automatically or respond to preset commands.

The bell strikers in mechanical clocks are an example of an automaton that, to the uneducated eye, appears to be propelled by its own volition.

The expression has a long history of use to describe automata that move like real, breathing people or animals and are created to entertain or impress people.

Therefore, they are expensive to produce, labor-intensive to rebuild if they are destroyed, and occasionally impossible to build a large enough model.

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Answer:Ignition control module (ICM)

Explanation:

Answer:

Consumers not having a can opener readily available

Explanation:

More people will be likely to buy a product that is easy to use. For example, yogurt cups have pull tabs in order to open the yogurt without leaving any cover attached. Ease of use is one of the key main design constraints when designing consumer goods.

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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A runout check of the crankshaft or propeller shaft should be performed on any engine that is about to undergo a thorough overhaul as a first step.

Clean all of the components that were taken out. The engine ought to be totally disassembled at this stage. The crankshaft, camshaft, pistons, rods, valve covers, front and rear covers, and any other reusable pieces should be spread out on a table and given a thorough cleaning.

the process of overhaul, A full dismantling of the engine, meticulous cleaning and inspection of the parts, necessary repairs if needed, and removal of any problematic parts are always included in an overhaul. Major components including the connecting rods, crankcase, and crankshaft are subject to additional examinations.

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Answer:

Their feathers are light and the shape of their wings is perfect for catching the air. Their lungs are great at getting oxygen and very efficient, so they can fly for very long distances without getting tired. They eat lots of high-energy food.

Answer:

to fly and to slap

Explanation:

The appropriate faults abs consequences will be:

1  Power Loss  Check all the connections includes power supply and wire connections

2  Solenoid stuck   Air pressure is not controlled

3 Short circuit   Erartic behavior is failed

4 Open circuit   Loss of control signals

5Contaiminated air  Impaired operations of components

6  Leaking lines  Reduced the air pressure.

It's crucial to keep in mind that the precise effects and fixes may change based on how the electropneumatic circuit is really set up and the components that are employed.

An electropneumatic circuit's problems should be precisely identified and fixed by using the right diagnosis and troubleshooting techniques

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The term housing starts refers to the start of construction on a new residential housing unit.

The term housing starts refers to the start of construction on a new residential housing unit.

A housing start is a new residential construction project. Housing starts are registered once construction begins on a new building for residential use.

A housing start is a new residential construction project. Housing starts are registered once construction begins on a new building for residential use. Housing starts can provide valuable information about the economy.

The housing start is registered once construction of a new building begins. There are different stages of new housing construction; the start usually happens when the foundation of the building is excavated. All the stages are:

Housing starts can provide valuable information about the economy.

For example, researchers can look at decades of housing starts to get an idea of how housing growth has been affected by population growth.

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