Answer:
B. It can add to an engineer’s credentials and qualifications.
Explanation:
Answer:
B. It can add to an Engineer's credentials and qualifications.
Explanation:
Fill in the blank to correctly complete the statement below.
The invention of the pendulum-driven ____ ao in the 1600s paved the way for a new industrial era.
Explanation:
The invention of the pendulums driver ____ ao in the 1600s paved the way for a new industrial era. Add answer.
Technician A says that cut locations for sectioning joints may be identified by a die mark stamped into the part. Technician B says that a vehicle maker recommended sectioning cut location may be identified as a precise measurement from a reference point. Who is right
Answer:
Both A ad B are right
Explanation:
A sectioning joint are joints that are pieces to butted, spaced two to three metal thickness apart
Cut locations on a metal parts are made by die marks stamped to the part to enable the cutter to locate the cut location
The cut location can be specified on a model diagram such that when such a required cut is to be made a reference point to the cut location is specified for quality and accuracy.
Asphixiation is a hazard posed by compressed natural gas (CNG) vehicles and can be detected when you notice this smell
a) Rotten Eggs
b)Cinnamon
c)Burning
d)spoiled milk
Answer:
The correct option is;
a) Rotten eggs
Explanation:
Asphyxiation hazard posed by compressed natural gas (CNG) can be detected when the smell of rotten eggs is noticed
Compressed natural gas is made 90% of the colorless and odorless gas, but highly combustible gas, methane, a gaseous additive known as Mercaptan that has the smell of rotten eggs is added so that a person can become alerted by the smell given off in the system should there be a leak.
The smell of the Mercaptan can be detected as low as when the concentration of the the CNG is 1/16 times the concentration required for the combustion of the CNG.
NEED HELP ASAP DRIVERS EDUCATION
Now that you have learned about the different factors that affect acceleration and braking,
give some examples where it is unsafe to travel at the speed limit.
Answer: When someone in front of you has stopped , when the ambulance is behind you , when a police pulls you over.
Explanation:
You have learned about the different factors that affect acceleration and braking. The driving is unsafe around the ambulance and police car when travel at the speed limit.
What is acceleration?
Acceleration is defined as the rate change of velocity with time.
acceleration a = (Δv) / (Δt)
When an individual is driving, he must drive in a speed limit mentioned according to the driving law. When you are driving in safe limit, you are still unsafe around some vehicles.
They are police cars, ambulance, JCBs or Earthmovers.
Thus, it may be unsafe to drive at speed limit.
Learn more about acceleration.
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Technician A says that weld-through primer can be removed from the immediate weld area to improve weld quality. Technician B says that weld-through primer can be removed from adjacent areas to the weld site to improve penetration. Who is right
Answer:
83737373777473737373738388383838
If I wanted to become an architect where should I start first? I know they can draw, design, and build but what are somethings I should know?
Answer:
The mass of an object is a measure of the object's inertial property, or the amount of matter it contains. The weight of an object is a measure of the force exerted on the object by gravity, or the force needed to support it. The pull of gravity on the earth gives an object a downward acceleration of about 9.8 m/s2.
Explanation:
So you will need about 9.8 m/s2
3. Approximately how many service technicians are employed in the United States?
Answer:
763700 people
Explanation:
There are approximately 763700 people employed as an Automotive Service Technicians and Mechanics.
Constant awareness is required under what circumstances?
Answer:
Constant awareness is required on all boats at all hours to avoid collisions and accidents.
Explanation:
Constant awareness is required under various circumstances, including Safety and Emergency Situations, Security and Risk Management, Critical Tasks and High-Stakes Situations, Dynamic, and Changing Environments.
1) Safety and Emergency Situations: In potentially dangerous environments or during emergencies, constant awareness is crucial.
2) Security and Risk Management: Constant awareness is necessary in security-sensitive areas or situations.
3) Critical Tasks and High-Stakes Situations: Certain tasks or situations require constant awareness to ensure accuracy, precision, and successful outcomes.
4) Dynamic and Changing Environments: In rapidly changing or dynamic environments, constant awareness helps individuals adapt and respond effectively to new information or circumstances.
Overall, constant awareness is essential whenever there is a need to monitor, evaluate, and respond to the ongoing conditions, risks, or demands of a particular situation.
To know more about the awareness:
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Since the space shuttle's last launch, how have current rocket launches been funded?
Commercially
Openly
Privately
Publicly
Help Please Help Like Fast This is a Quiz Question
Answer:
Privately
Explanation:
Privately funded space travel is becoming the new endeavor due to the Space Shuttle's last launch in July 2011. The privately funded rocket is the future of rocketry.
An engineer has designed and built a prototype to improve the brake system of a car. What is the next step that the engineer should take in the process
Answer:
Test the working prototype
Explanation:
After the prototype is built, it is put through basic operational tests and purpose of applicability or performance test
The prototype is also laboratory tested to determine how reliable it is with tests performed to determine the modes of failure. Performance of tests are carried out by subjecting the prototype to stresses beyond its designed stress such as to discover failure modes
The system is however tested in isolation at this stage and the performance and risks of the prototype are quantified after the test, with improvement requirement outlined for modification of the design.
What is good for cleaning your vessel and does not harm lakes or rivers?
A
industrial-strength detergents
B
ethylene glycol
С
phosphate products
D
non-phosphate products
Answer:
please mark my answer brainliest
Explanation:
D non phosphate products
The non-phosphate products are the best for cleaning the vessels and boats.
Most of the products that are used to clean the vessels and boats are harmful for the water bodies and marine life.
Things that can be done not to harm the lakes or rivers :
often clean the boats and vessels with fresh water.keep the boats free from aquatic plantsUse of phosphate free and non toxic cleaners to clean the boats.Alternately we can use lemon juice, vinegar or baking soda to clean the boats.The non phosphate products does not pollutes the water bodies and is not harmful to the aquatic plants and lives.
So, use phosphate free products to clean your boats and vessels.
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When external appearances have little overall significance, they are termed When external appearances have little overall significance, they are termed what?
Answer:
They are termed Genotypes.
Rearrange the formula to make “u” the subject.
v - u
——— = t
a
Answer:
u = v - a * t
Explanation:
v - u
t = ------
a
v - u = a * t
v - a * t = u
therefore, u = v - a * t
The total floor area of a building, including below-grade space but excluding unenclosed areas, measured from the exterior of the walls" is the definition of _______________area.
Answer:
Gross building area
Explanation:
The Gross building area refers to the entire area of a building covering all the floors. The measurement is expressed in square feet. The Gross building area also includes basements, penthouses, and mezzanines. It is calculated by estimating the exterior dimension of the building. Storage rooms, laundries, staircases are also a part of the gross building area.
When working with paint, enamel, or sealant why is it important to have a ventilated area?
Answer:
The reason is that paints contain Volatile Organic Compounds VOC, which can lead to long-term health issues.
Exposure to paint fumes can lead to eye, throat, or nose, irritation, which can be soothed by the flow of fresh air.
Paint fumes VOCs inhalation from can cause side effects such as, throat eye, nose irritation, nausea, trouble breathing, and headache
Prolonged extensions to VOCs can lead to nervous system, kidneys, and liver damage.
As such it is important to have the paint work area well ventilated at all times.
Explanation:
**Please Help. ASAP**
Rearrange the formula so the letter in parenthesis is the subject. Show your work as well.
1) v-u/a = t, (v)
2) y-x^2/x = 3z, (y)
3) x+xy = y, (x)
4) x+y = xy, (x)
5) x = y+xy, (x)
6) E = (1/2)mv^2-(1/2)mu^2, (u)
7) (x^2/a^2)-(y^2/b^2) = 1, (y)
8) ay^2 = x^3, (y)
Answer:
The answer is below
Explanation:
1)
[tex]\frac{v-u}{a} =t\\\\Making \ v\ the \ subject\ of\ formula:\\\\First \ cross-multiply:\\\\v-u=at\\\\add\ u\ to \ both\ sides:\\\\v-u+u=at+u\\\\v=u+at[/tex]
2)
[tex]\frac{y-x^2}{x}=3z\\ \\Making\ y\ the\ subject\ of\ formula:\\\\First \ cross \ multiply:\\\\y-x^2=3xz\\\\y=3xz+x^2\\\\y=x(x+3z)[/tex]
3)
[tex]x+xy=y\\\\Making\ x\ the\ subject\ of\ formula:\\\\x(1+y)=y\\\\Divide\ through\ by\ 1+y\\\\\frac{x(1+y)}{1+y} =\frac{y}{1+y} \\\\x=\frac{y}{1+y}[/tex]
4)
[tex]x+y=xy\\\\Making\ x\ the\ subject\ of\ formula:\\\\Subtract\ x\ from \ both\ sides:\\\\x+y-x=xy-x\\\\y=xy-x\\\\y=x(y-1)\\\\Divide\ through\ by \ y-1\\\\\frac{y}{y-1} =\frac{x(y-1)}{y-1}\\ \\x=\frac{y}{y-1}[/tex]
5)
[tex]x=y+xy\\\\Making\ x\ the\ subject\ of\ formula:\\\\Subtract\ xy\ from \ both\ sides:\\\\x-xy=y+xy-xy\\\\x-xy=y\\\\x(1-y)=y\\\\Divide\ through\ by \ 1-y\\\\\frac{x(1-y)}{1-y} =\frac{y}{1-y}\\ \\x=\frac{y}{1-y}[/tex]
6)
[tex]E=\frac{1}{2}mv^2-\frac{1}{2}mu^2\\ \\Making\ u\ the\ subject \ of\ formula:\\\\Multiply \ through\ by \ 2\\\\2E=mv^2-mu^2\\\\mu^2=mv^2-2E\\\\Divide\ through\ by\ m:\\\\u^2=\frac{mv^2-2E}{m}\\ \\Take\ square\ root\ of \ both\ sides:\\\\u=\sqrt{\frac{mv^2-2E}{m}}[/tex]
7)
[tex]\frac{x^2}{a^2}-\frac{y^2}{b^2}=1\\ \\Making\ y\ the\ subject \ of\ formula:\\\\\frac{x^2}{a^2}-1=\frac{y^2}{b^2}\\\\Multiply\ through\ by\ b^2\\\\b^2(\frac{x^2}{a^2} -1)=y^2\\\\Take\ square\ root\ of\ both\ sides:\\\\y=\sqrt{b^2(\frac{x^2}{a^2} -1)}[/tex]
8)
[tex]ay^2=x^3\\\\Make\ y\ the\ subject\ of\ formula:\\\\Divide\ through\ by\ a:\\\\y^2=\frac{x^3}{a}\\ \\Take\ square\ root\ of\ both\ sides:\\\\y=\sqrt{\frac{x^3}{a}} \\[/tex]
Your class has designed a self-cleaning reptile tank. What kind of patent would you apply for? A. a plant patent B. a design patent c. a combination patent d. a utility patent
Answer:
D.
Explanation:
A utility patent is a type of patent that is used to confer the copyright of new inventions. Utility patent is the most common of all types of patents. It is also known as 'patent for invention.' This patent right enables the inventors to commercialize the right of producing the invention under their own names. This patent also disables others to manufacture or sell the invention with their own names.
In the given case, the class has invented a 'self-cleaning reptile tank' which should be copyrighted under the 'utility patent' as it is a new invention.
Thus option D is correct.
Answer:
D.
Explanation:
got a 100 on quiz
Technician A says that squeeze-type resistance spot welding (STRSW) may be used on open butt joints. Technician B says that replacement spot welds may be made adjacent to the original spot weld locations. Who is right
Answer:
B only
Explanation:
Squeeze-type resistance spot welding (STRSW)is a type of electric resistance welding that brings about the weld on interfacing sheet metal pieces through which heat generated from electric resistance bring about fusion and welding of the two pieces together
Therefore, it is not meant for opening but joints but it can be used for making replacement spot welds adjacent to the original spot weld due to the smaller heat affected zone (HAZ) created by the STRSW process.
where do the names of counterweight items originally come from
Answer:
an equivalent weight or force : counterbalance.
Explanation:
First of all an counterweight is a weight that by exerting an opposite force it provides balance and stability it comes from Austria
Carbon dioxide enters an adiabatic compressor at 100 kPa and 300 K at a rate of 1.8 kg/s and exits at 600 kPa and 450 K. Neglecting the kinetic energy changes, Determine: (a) The isentropic efficiency of the compressor.
Answer:
isentropic efficiency of the compressor (nc)=
89.4%
Explanation:
answer attached
Question 2 (Multiple Choice Worth 3 points)
(Lesson 6.2 LC)
When two cars approach a four-way stop, which car has to yield the right-of-way?
The car to the left
The car to the right
The car that arrives second
Both cars have the right-of-way
Answer:
the car to the right
Explanation:
its in the name the RIGHT of way hope it helps good luck
Answer: the car to the left has to yield the right of way
Explanation:
For metallurgical reasons, it is desirable to melt the weld metal with minimum energy input. Which one of the following heat sources is most consistent with this objective: (a) high power, (b) high power density, (c) low power, or (d) low power density?
Answer:
The correct option is;
(a) High power density
Explanation:
The power density of a material is the amount of power per unit volume of the material. Power density, in the context of transformers, fuel cells, batteries, motors, and power supply units, is measured with respect to the volume, and the units is given as W/m³
A system such as a capacitor with an high power density has the capacity to put out large energy amount from a small volume. A capacitor with a high power density, can produce the same power output as a car battery and is said to have a high power density.
What is this thing on my boat?
Quantitative Arguments are_
A.Ones that can be measured
B.Ones that cannot measured
C.Ones that have a variable quantity
D.Ones that have an unknown quantity
_____ laws are designed to help drivers identify who may procees
first when more then one vehicle approaches an intersection at
approximately the same time.
A) Right-of-space
o B) Right-of-way
C) Emergency vehicle
D) Reckless driving
The problem faced by Galloping Gertie, the failed bridge across the Tacoma Narrows, was caused because the engineers did not follow the perform tests on the prototype/testing/ step in the engineering design process.
Answer:
1) Perform
2) Prototype
Explanation:
The prototype testing phase of the design process to test the readiness of the design for the intended use
The prototype which is a first or early model of the project made so as to ensure proper functioning of the concept is to pass through general function test as well as design performance evaluation in a testing or lab setting
Other tests include, excessive stress test, testing to failure and other design tests.
Therefore;
The problem faced by Galloping Gertie the failed bridge across the Tacoma Narrows, was caused because the engineers did not perform tests on the prototype in the engineering design process.
Danny enjoys studying transportation networks and systems. Which field of engineering should he pursue?
Answer:
Civil Engineering.
Explanation:
Civil Engineering is a field of engineering study that deals with professional practising in designing and developing infrastructures such as transport system and networks, buildings, etc.
Civil engineering is regarded as the second--oldest form of engineering studies in the field of engineering.
A person who studies civil engineering is able to design and develop major projects in transportations system such as road construction, bridges, airports, tunnels, etc.
So, Danny, who is interested in studying transporation networks and system should opt for studying civil engineering.
Education is an ongoing process in every field.
a. True
b. False
Answer:
True
Explanation:
Education is the discipline that has to do with the process of enabling learning, (teaching) and knowledge acquisition (learning) of values, habits, skills and values within an academic environment. Some of the techniques of educating people are through narration of stories, formal training, discussion, and instructional guidance
Learning, which is an aspect of education is a continuous process throughout life as it is what we learn we become and therefore, our aspirations depends on our education.
Which of the following is an example of an iterative process?
- identifying a proposed solution
- testing the solution and redesigning the prototype
- outlining a problem and brainstorming solutions
- building a prototype
design an investigation to prove that two objects will fall at the same rate regardless of their mass. answer the questions and then carry out your investigation.
1. state the question for this investigation
2.what do you predict will happen?
3. list the steps of your investigation
Answer:
1. Question for the investigation; Weather a heavy object falls faster than a light one
2. Both balls will fall at the same rate
3. The steps include showing that it takes equal time to fall from a given height
Explanation:
1. Question for the investigation; Weather a heavy object falls faster than a light one
2. Both balls will fall at the same rate
3. The steps to prove that objects fall at the same are as follows;
a) Collect two small, dense objects of different mass such as two balls, a video camera, one ladder and a person to help
b) With the ladder and carrying with the two balls, climb to a reasonable height and while the video camera is running, drop the balls at the same time
c) Repeat the above step of dropping the balls from the same height three times and compare the footage on the video camera
It will be observed that the balls touch the ground at exactly the same time t, with the same velocity, v, from the height, s, given by the relation;
s = u·t + 1/2·g·t²
v = u + g×t
Where;
v = The velocity of the ball just before touching the ground
u = The initial velocity = 0 m/s
= The acceleration due to gravity = 9.81 m//s²
s = 0×t + 9.81×t²
t = √(s/9.81)
Therefore, the time in which the balls will touch the ground is a function of only the height and as the height is the same for both balls, the time it will take them to reach the ground will be the same.