Answer:
B.
Explanation:
robots are made up of what
Answer:
Metal
Explanation:
Metal
What are the benefits of using an isometric sketch to communicate a design?
Answer:
The benefits of the frame of reference in question are described in the description segment.
Explanation:
Isometric drawings should include almost all viewpoints of the situation of a probably given significant part as well as design. Whilst using descriptive research, it may be challenging to either get a comprehensive vision of how and why the different views integrate to deliver the desired component.You are diving a car out in rural America and suddenly you get a flat tire. you pull off to the side of the road. you check your cell reception and dont have a single bar of signal (your cell phone won't work). you look around and there is no other cars or houses anywhere in sight and you do not remember the last time you saw a passing car or house. you are absolutely alone. the sun is setting and it is just starting to get dark. you get out and jack up the car, loosen the 4 nuts, take off the wheel with the flat tire. you grab the spare from the trunk and slide it onto the axle- you then look around for the 4 nuts and they are no where to he found. you search everywhere and cant find them. its gettint cold and dark. you look at the car, what can you do? all four of the nuts from the wheel have vanished snd are just gone. explain what you can do and why? remember, you cant call anyone because there is no reception, there is no one else on the road and you havent seen anyone in hours, its getting dark and cold, the 4 nuts from the wheel are gone, the car cannot drive safely with only 3 wheels
Answer:
Walk to saftey!
Explanation:
Stakeholders are people or organizations who do what?
are partners with a vested interest
are landscape workers on the school grounds
fund the project
are part of the school media platform
are part of the school's new Web site
Answer:
B. fund the project
D. are partners with a vested interest
Explanation:
If you look at the definition of the word stakeholder, these options match the definition which is why I chose B and D
A B D E
are part of the school media platform
fund the project
are part of the school’s new Web site
are partners with a vested interest
Which of the following characteristics is a feature of all planets?
They all have atmospheres.
They all make their own light.
They all have rings of rock and gas.
They all are round and made up of rock.
Answer:
They all are round and make up of rock
Answer:
a. They all have atmospheres - I took the test on FLVS
Explanation:
Part C
This table lists the power in watts of some common appliances. Sometimes, we use two appliances at the
same time. According to the table, what is the total amount of watts used by a TV connected to a cable
box?
Answer:
Part C: 308 watts
Add the watts from the TV(150) plus the cable box when on(140) and off but plugged in(18). Then it will give you an answer of 308 watts.
Part D: 185 watts
Add the watts from the TV(150) and the video game system(35) which will give you an answer of 185 watts.
Part E: yes
I say yes to this because when the cable box is off but plugged in it still uses watts(18).
Explanation:
I did the activity! Hope this helped you! you just have to put the number not the explanation! Have a great day and make sure you thank me! :)
Add the watts from the TV(150) plus the cable box when on(140) and off but plugged in(18). Then it will give you an answer of 308 watts.
Part C: 308 watts
A Watt is the unit of electrical power equal to one ampere under the pressure of one volt. One Watt is a small amount of power. Some devices require only a few Watts to operate, and other devices require larger amounts.
What watts mean?power
A watt (W) is a unit of measurement of power. Watts therefore refer to the power of your device.
Examples: an incandescent lamp has a power of 60 W. your microwave oven has a maximum power of 900 W.
To learn more about A watt, refer
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Drag the tiles to the correct boxes to complete the pairs.
Which measuring device would one use for a particular scenario.
altimeter
digital micrometers
charge-coupled devices
magnetic resonance imaging
Mia wants to measure charge and convert
it into electrical signals.
arrowRight
Dr. Jerry wants to measure the damages in the
tissue of the body and thus diagnose illnesses.
arrowRight
John wants to measure the length, diameter, or
thickness of objects in mechanical engineering.
arrowRight
Mario is a pilot and wants to measure altitude of
the plane flying in the air.
arrowRight
Answer:
Check image, right on PLATO
Mia wants to measure charge and convert it into electrical signals it is charge-coupled devices. Dr. Jerry wants to measure the damages in the tissue of the body and thus diagnose illnesses. is magnetic resonance imaging, John wants to measure the length, diameter, or thickness of objects in mechanical engineering.
What are measuring devices?A tool used to measure a physical quantity is called a measuring instrument. Measurement is the process of gathering and comparing physical quantities of actual objects and events in the physical sciences, quality control, and engineering.
Researchers and practitioners employ measurement tools to help in subject, client, or patient assessment or evaluation.
Mia wants to use charge-coupled devices to measure charge and turn it into electrical impulses. In order to diagnose ailments, Dr. Jerry wants to quantify the bodily tissue damage.
John wishes to measure the length, diameter, or thickness of things in mechanical engineering using magnetic resonance imaging.
Pilot Mario wants to use the altimeter on the flying plane to determine its height.
Thus, this can be the match for the given scenario.
For more details regarding measuring devices, visit:
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40 = 6(X^2) / 4 (tan(180/6)) solve for X
Answer:
x = 3.92
Explanation:
The question is given as ;
40 = 6x² / 4 tan { 180/6}
40 = 6x² / 4 tan {30°}
40 = 6x² / 2.309
40 * 2.309 = 6x²
92.38 = 6 x²
92.38/6 = x²
15.40 = x²
√15.40 = x
x = 3.92
Which is the best description of power? A. the amount of kinetic energy lost during motion
B. a measure of how fast an object can travel
C. the amount of energy transfer during motion
D. a measure of how fast a machine performs work
Answer:
D. a measure of how fast a machine performs work
Explanation:
Power can be defined as the energy required to do work per unit time.
Mathematically, it is given by the formula;
[tex] Power = \frac {Energy}{time} [/tex]
Hence, the best description of power is that, it is a measure of how fast a machine performs work.
This can be calculated by using the mathematical expression below;
[tex] Power = \frac {Work done}{Time} [/tex]
But we know that, [tex] Workdone = force * distance [/tex]
Which is the correct arrangement for the path of a person seeking training as an engineer?
A. Interview with accomplished engineers, attend a two-year college, and proceed to a specialty program
B. Receive a two-year specialized degree from an engineering school, and then work as an apprentice for five years
C. Complete a bachelor of science degree, master of technology degree, and then a PhD in whichever specialized area the person wants to pursue.
D. Complete a four-year bachelor's degree in a specialized field, work with a Professional Engineer, and take a Professional Engineering examination to earn a license
Answer:
b
Explanation:
Answer:
b
Explanation:
Which of the following is a question of interest to a software engineer
0 Did the system install correctly on the mainframe?
0 Is the project on schedule?
0 Are the customers using the software correctly
0 Is the software supported effectively?
Answer:
the answer is A.
Explanation:
It shows the main frame which is a big part of software engineers. I also just took the test and got it right.
WHICH OF THIS PLS FAST!!!
What does it mean if E˂1?
a)
demand is perfectly inelastic
b)
price change draws smaller change in demand
c)
demand is more elastic than the price change
d)
demand is unitary elastic
Answer:
A
Explanation:
Which of the following formulas would you use to calculate power requirements of an electrical load
What characteristic makes a plaster tender a Job Zone One occupation?
Answer:
They are basically unskilled laborers.
Explanation:
Need help fast I been stuck in this for the longest
Answer:
3rd and 4rth
Explanation:
a geologist studies the earth and both of these have something to do with the earth
can i have a answer
best answer gets brainliest
Answer: the square root of 25 is 5.
3 x 1,000 = 3,000
1,000,000 + 2,934 x 10 = 1,002,934,000
45 + 2,034 + 20 + 78 = 2,177
M a t h
Explain:
(Sorry it’s not all of them)
45 + 2,034 = 2,079 + 20 = 2,099 + 78 = 2,177
The square roots of 25 are √25=5 and −√25=−5 since 52=25 and (−5)2=25 . The principal square root of 25 is √25=5.
1,000 + 1,000 + 1,000 = 3,000 using multiplication makes it faster by saying 3 1,000 times is 3,000.
What problem is HTTP solving?
Answer:
HTTP is solving the problem of how to ask for that file. Your computer and that server communicate using a protocol called HTTP.
In addition to bandages and gauze, it's recommended that a first aid kit also contain
PLEASE ANSWEAR FAST!!!
What does it mean if E˂1
The mechanical engineer designs and programs the solution according to the engineering requirements.
True
False
Answer:
The answer is true I know because I took the trust me RichJ
Explanation:
An engine has a piston with a surface area of 17.31 in2 and can travel 3.44 inches. What is the potential change in volume, displacement (\Delta VΔV) , of the cylinder?
Answer:
$$\begin{align*}
P(Y-X=m | Y > X) &= \sum_{k} P(Y-X=m, X=k | Y > X) \\ &= \sum_{k} P(Y-X=m | X=k, Y > X) P(X=k | Y > X) \\ &= \sum_{k} P(Y-k=m | Y > k) P(X=k | Y > X).\end{split}$$
Explanation:
\eqalign{
P(Y-X=m\mid Y\gt X)
&=\sum_kP(Y-X=m,X=k\mid Y\gt X)\cr
&=\sum_kP(Y-X=m\mid X=k,Y\gt X)\,P(X=k\mid Y>X)\cr
&=\sum_kP(Y-k=m\mid Y\gt k)\,P(X=k\mid Y\gt X)\cr
}
P(Y-X=m | Y > X) &= \sum_{k} P(Y-X=m, X=k | Y > X) \\ &= \sum_{k} P(Y-X=m | X=k, Y > X) P(X=k | Y > X) \\ &= \sum_{k} P(Y-k=m | Y > k) P(X=k | Y > X).\end{split}$$