Answer: They range from an interference fit, where the parts are purposely made to be forced together. This fit can be further described as heavy through to light interference. Whereas a clearance fit is for parts made to have a space between them. This fit can be further described as tight through to loose.
Explanation: hope this helped ;)
Main differences between clearance, interference, and transition fit:
clearance fit: Occurs when two toleranced matings parts will always leave a space or clearance when assembled
interference fit : Occurs when two toleranced mating parts will always interfere when assembled
Transition fit: Occurs when two toleranced mating parts sometimes have an interference fit and sometimes a clearance fit, a mechanical fit that can achieve a clearance or interference fit while staying within the desired tolerance.
What are the examples of fit ?
Examples of clearance interference and transition fit, interference fit :
Bolt or shaft holes that allow an element to freely slide through another feature are examples of clearance fits.
Tight fit and push-fit, wringing fit, press fit.
The interference fit, which is also known as a press fit or friction fit, requires some force to unite two components. An interference fit can be used to press a bushing, bearing, dowel pin, or other objects into their mate components.
Hence above are the main differences between various fits
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Clear and steady instructions are not necessary when directing your aready know what to do.Clear and steady instructions are not necessary when directing your models as most of them are professionals and already know what to do. True or false
Answer:
Explanation:
false
Clear and steady instructions are not necessary when directing your already know what to do.Clear and steady instructions are not necessary when directing your models as most of them are professionals and already know what to do. True or false
A groove that is melted into the base metal adjacent to the toe of the weld and left
unfilled is called
Select one:
O a. underfill.
b. undercut.
O c. stress cracking.
O d. cold lap.
Answer:
Undercut
Undercut – This discontinuity is defined as a groove melted into the base metal adjacent to the weld toe, or weld root, and left unfilled by weld metal. The term undercut is used to describe either of two conditions.
40. Which of the following is checked during an under-vehicle inspection?
A) Front drive axles
B) Exhaust system
C) Both A and B
Both A and B are checked during under vehicle inspection that is
A) Front drive axles
B) Exhaust system
What is under vehicle inspection?
An under-vehicle inspection system generally consists of imaging systems mounted on a roadway and used at facility access points, particularly at secure facilities.
When the vehicle arrives and drives over the imaging unit, the cameras capture images of the undercarriage and transmit them to the control unit which displays them on a monitor.
The control unit and monitor can be located outside in proximity to the checkpoint or within the area threats that are hidden underneath vehicles.
Used in various military operations, border crossing and others.
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You work for a large engineering design firm that receives a contract to build a new multi-level sports and fitness complex. It’s a lucrative contract, but the hitch is that the project must be completed on a tight time frame with no cost overruns. In this situation, which of the following might your company do to best advantage?
Responses
Assign separate teams to the design phase, choose the best design, and then contract out construction to the bidder that best balances low cost with high qualifications.
Assign separate teams to the design phase, choose the best design, and then contract out construction to the bidder that best balances low cost with high qualifications.
Assign a single team to the project and involve the contractors as part of the in-house team.
Assign a single team to the project and involve the contractors as part of the in-house team.
Do the design work in-house and then have the design team contract out the construction work to the lowest bidder, to be managed by a team the contractor assembles.
Do the design work in-house and then have the design team contract out the construction work to the lowest bidder, to be managed by a team the contractor assembles.
Do the design work in-house and then have the design team contract out the construction work to the bidder with the best qualifications, to be managed by a team the contractor assembles.
The option that your company might do to best advantage is option D:
Do the design work in-house and then have the design team contract out the construction work to the bidder with the best qualifications, to be managed by a team the contractor assembles.What is an engineering design firm?A company that employs licensed engineers and consultants is called an engineering firm. These businesses frequently focus on providing construction, transportation, and environmental services. For builders, architects, and municipalities, they provide technical and consulting services.
One designer may make up a design team, or a team of designers may work together to complete a project using various roles, tools, and techniques. Creating a website, creating a mobile application, or working on any other design project can all be the same common objective.
In order to take your idea and make it come to life using their expertise, the design team is primarily responsible. A design that is in line with the client's preferences, workable, and within the project's financial constraints is the end result.
Therefore, option d is correct because it is the best option to ensure one deliver the project well and of good quality.
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what are your consideration for saying that your choice is the right thing
Answer:
We make choices every moment of the day in our lives. From the moment we wake up, we have to choose between getting up already or taking time again to sleep again.
Explanation:
So how do we determine if the choices that we made are correct? Or how do we affirm or assess a choice if it was for the betterment of ourselves? Here are the following guide questions to ask yourself to help you self-assess.
Did my decision solve the problem?
Does the positive things or result outweigh the negative things?
How committed am I in this decision?
Is this what I want?
Does this decision align with my core values and principles?
Can I stand firm and stand by in this decision?
Is this the truth?
Am I feeling fear or intuition?
Is your heart at peace with the situation that you are in?
1. 2. 4. 5. -B- -A- Study Figure 1, and answer questions 1 through 8. Show all math work. Is this an English or metric scale? Distance A 6. Distance B Distance C Distance D 1 Distance E Fraction: Fraction: Fraction: Fraction: Figure 1 Fraction: 2 Decimal: Decimal: Decimal: Decimal: 3 Decimal: Metric: Metric: Metric: Metric: Metric:
hey im going to try for my permit soon what do i need to know so i can ace it?
need help fast
Answer:
You need to know what all the road signs mean, the speed limit in your area. That is most of it, it’s not that hard, you’ll do great!
Explanation:
Just know what the roads signs and line on the road
3
You pull with 45'N on a torque wrench of 1 m.
What is the torque at the end of the torque wrench?
OK
Nm
The torque at the end of the torque wrench is 45Nm.
Given:Force=45N, distance=1m
Torque=force*distance
Torque=45*1
Torque=45Nm
What is torque?
Torque is a measure of the force that can cause an object to rotate about an axis.
What is the formula to calculate torque?
Torque is the cross product between the distance and the force applied.
It is given by: T=Force*distance
What is the SI unit of torque?
The SI unit of torque is Newton-metre.
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Question # 3
Multiple Select
Avionic mechanics require which of the following? (Select all that apply.)
OFAA certification
O problem-solving skills
O analytical skills
O a four-year college degreea four-year college degree
The correct answer is "all of them". because Avionics mechanics requires all four of these criteria which are OFAA certification, problem-solving skills, analytical skills and a four-year college degree.
What is needed to be an avionics mechanic?
To be successful in the field of Avionics mechanics, you must be able to comprehend, investigate, and solve complex mechanical problems with little to no supervision. Mathematics and logic are important in this job because these individuals must be able to test and articulate weaknesses in all aspects of the aircraft's engineering. Furthermore, an aircraft mechanic must have excellent hand-eye coordination as well as finger dexterity.
Avionics Technician Requirements:
A bachelor's or associate's degree in aviation technology or avionics.Certifications in electrical engineering or aviation maintenance.Federal Aviation Administration license or Federal Communications Commission license as restricted radiotelephone operators.To learn more about terms related with Avionics mechanics, visit: https://brainly.com/question/28482547
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Answer:
all them
Explanation:
can anyone help me with this 2.5 Code Practice
Answer:
edhesive 2.5 practice code answers
import random
X = random.randint(1,10)
Y = random.randint(1,10)
print ("What is: " + str(X) + " X " + str(Y) + "?")
Temp = int(input("the answer is: "))
if (X* Y== Temp):
print ("Right!")
else:
print ("Wrong!")
_____________ is one way to prevent injuries when jump starting a car.
Answer:
Wear protective eyewear
Never lean over the battery
Do not jump-start a battery that is cracked or has a leak
If an object rolls over______(type of material), then it will______ (describe the prediction of distance it will travel)
If an object (ball) rolls over the ground (type of material), then it will come to a stop as the friction from rolling operates in the opposite direction to the velocity of the object (ball).
How do rolling frictions work?When an object rolls on another, like a car's wheels on the ground, rolling friction, or frictional force, results.
When objects roll over a surface, there is friction that is applied to them. A soccer ball rolling along the ground, for instance, will come to a stop because the rolling friction works in the opposite direction of the ball's motion. In comparison to static or sliding friction, rolling friction is far less powerful.
Therefore, This explains why wheels are used by the majority of ground transportation methods, such as bicycles, cars, four-wheelers, roller skates, scooters, and skateboards. Rolling friction is also used in ball bearings.
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What values does the design-build approach strongly emphasize? (Select all that apply.)
Responses
independence
independence
speed
speed
communication
communication
collaboration
The values does the design-build approach strongly emphasize are Responses, independence, speed, communication and collaboration.
What is Design-Build Approach?
A design-build team works under a single contract with the project owner to provide both design and construction services as part of this method of project delivery.
One organization, one contract, and a single coordinated flow of work from conception to completion. Design-build is also referred to as single-source responsibility and design/construct. Design-build successfully completes projects for office buildings, schools, stadiums, transportation, and water infrastructure across the nation and around the globe.
An alternative to design-bid-build is design-build. The latter strategy separates design and construction into separate entities, contracts, and tasks.
Construction management, design-bid-build, and design-build are the three project delivery methods most frequently used in North America. One of the most important trends in design and construction today, the use of design-build has significantly increased over the past 15 years in the United States.
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Calculate the specific weight of gasoline if its density is 1.39 slugs per cubic feet.
The specific weight of gasoline if its density is 1.39 m⁻³ is 44.758 lb ft⁻³.
What is specific weight?Specific weight, often said to be unit weight, is simply the weight of a liquid per unit volume. It is usually denoted by the Greek letter γ (gamma) and has the dimension of force per unit volume. Used to determine if an object is floating or submerged in water. If the specific gravity is greater than 1, the object will sink because it is denser than water. A value less than 1 indicates that the object is less dense than water and is floating.
For the given case,
δ = 1.39 (slug/ft³) × (1 lbs²ft⁻¹/1 slug)
δ = 1.39 lb²ft⁻⁴
The specific weight γ is the product of density and gravitational acceleration g.
γ = δ × g
γ = 1.39 lbs²ft⁻⁴ × 32.2 ft s⁻²
γ = 44.758 lb ft⁻³
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Bella is working with an object that is no longer aligned with the grid as she had previously rotated it. She needs to scale the object and manipulate a few of its parts. Which orientation should she be in?
A.
translate
B.
global
C.
public
D.
local
Local orientation should she be in.
What is orientation?
The orientation, angular position, attitude, bearing, or direction of an item, such as a line, plane, or rigid body, is part of the description of how it is located in the space it fills. It precisely refers to the imaginary rotation required to shift the object from a reference placement to its current arrangement. A rotation may not be enough to get to the current position. It may be essential to include an imaginary translation known as the object's location (or position, or linear position).
A local orientation is the trait that leads to a description of more complicated picture features. Local orientation is also an important aspect of motion analysis.
So, the right answer is D.
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