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nadezda [96]
2 years ago
13

Technician A says that a part is considered bent if it has a sharp bend with a small radius over a short distance. Technician B

says that a part is considered kinked if it has visible cracks or tears in the metal. Who is right
Engineering
1 answer:
zhuklara [117]2 years ago
8 0

In the above case with Technician A and B, non of them are correct in what they have said.

<h3>What is a Kink?</h3>

This is known to be a sharp bend that is known to have a little radius over a short distance.

A Bend is said to be the slow alteration or change in shape that exist between the damaged and undamaged area.

Therefore, looking at the definition, you can see that In the above case with Technician A and B, non of them are correct in what they have said.

Learn more about Technician from

brainly.com/question/18428188

#SPJ1

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Sophia is designing a new welding shop for the local high school. Where should the compressed gas and fuel cylinders be stored?
mrs_skeptik [129]

Administrative law is part of the so called ‘public law’. It is the ‘common’ law of the public administration and it is broadly a statutory law. The administrative legal system collects concepts and institutions from other legal systems such as civil law, criminal law, or even labour law. In addition, it is self-sufficient; there is no need to bring rules from other areas of law to fill in the gaps.

4 0
4 years ago
A 1.7 cm thick bar of soap is floating in water, with 1.1 cm of the bar underwater. Bath oil with a density of 890.0 kg/m{eq}^3
PIT_PIT [208]

Answer:

The height of the oil on the side of the bar when the soap is floating in only the oil is 1.236 cm

Explanation:

The water level on the bar soap = 1.1 m mark

Therefore, the proportion of the bar soap that is under the water is given by the relation;

Volume of bar soap = LW1.7

Volume under water = LW1.1

Volume floating = LW0.6

The relative density of the bar soap = Density of bar soap/(Density of water)

= m/LW1.7/(m/LW1.1) = 1.1/1.7

Given that the oil density = 890 kg/m³

Relative density of the oil to water = Density of the oil/(Density of water)

Relative density of the oil to water = 890/1000 = 0.89

Therefore, relative density of the bar soap to the relative density of the oil = (1.1/1.7)/0.89

Relative density of the bar soap to the oil = (1.1/0.89/1.7) = 1.236/1.7

Given that the relative density of the bar soap to the oil = Density of bar soap/(Density of oil) = m/LW1.7/(m/LWX) = X/1.7 = 1.236/1.7

Where:

X  = The height of the oil on the side of the bar when the soap is floating in only the oil

Therefore;

X = 1.236 cm.

3 0
4 years ago
How to find Catenary length in sag
Gnom [1K]

Answer:

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6 0
2 years ago
B is the desired product, and X and Y are foul pollutants that are expensive to get rid of. The specific reaction rates are at 2
AURORKA [14]

Answer:

See attachment for detailed answer.

Explanation:

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3 0
3 years ago
Please describe a real situation in which you had to troubleshoot and fix the failure of a piece equipment/machine?
VARVARA [1.3K]

Answer:

Fixing a faulty spark-plug in a <em>typical gasoline car engine</em>.

Explanation:

<h3>The faulty equipment/machine</h3>

The equipment/machine was a <em>gasoline car engine</em>. After switching it on, I heard a not common pulsing sound at the end of the exhaust pipe of the car. When running the car, there was also a <em>loss in power</em> of the engine when trying to accelerate it.

<h3>Troubleshooting</h3>

I started with a <em>working hypothesis</em> addressing a fault in any of the spark-plugs installed, since the problem, at first sight, seemed any related to an ignition or fuel distribution failure. Since spark-plugs are relatively easy components to remove and check, then I troubleshoot them as a first step.

Firstly, I checked the condition for any of the spark-plugs, extracting them with a <em>spark plug socket</em> and a <em>torque wrench</em>, to later perform a <em>careful visual inspection</em>, looking for any out-of-normal condition in any of the four of them installed in my car. I checked three of them, visualizing no wear, combustion deposits, and/or electrodes inappropriate gauge distance.

For the last one, I needed an <em>anti-seized lubricant</em> to extract it with caution to not break it or cause any damage to the component. After extraction and the visual inspection, I immediately noticed <em>the presence of combustion deposits between the electrodes of the spark-plug</em>.

<h3>Fixing the problem</h3>

Since one way of cleaning a spark-plug is using a wire brush, I started to carefully remove the deposits until no remaining was left after the cleaning process. I also checked for wear conditions and gauging distance of the electrodes, which resulted in good enough.

An explanation for this is that in the electrodes gap were accumulated some deposits coming from combustion, resulting in a <em>not working cylinder</em>, thus the noise and loss of power in the engine.

I reinstalled the spark-plug and the fault dissipated after accelerating the engine <em>in situ</em>.

<h3>The outcome</h3>

The engine is working appropriately with no pulsing sound and the end of the exhaust pipe of the car and no power loss while accelerating it.

3 0
3 years ago
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