Answer:
The phase shift between the solid, liquid and gas is relevant to the latent heat. The sensible heat formula is used to calculate the flow of air in the electric furnace. The sensible heat formula with a change in temperature is expressed as Q sensible= 1.10 x cfm x (to – ti)
Explanation:
The
-- procedure involves surveying, measuring, and counting all
materials indicated on a set of drawings. Fill in the blank.
?
Submit answer
Next
Answer:
Quantity Takeoff
Explanation:
Select the correct answer,
Which manufacturing process would be necessary to make microwave-safe dinner plates?
A
thermoplastic polymer processing
B
rapid prototyping
C
thermosetting polymer processing
D
sand mold casting
Help!!!
Answer:
C!! Thermosetting polymer processing
Explanation:
(D)
13. Describe the differences between an impact socket and a conventional socket.
Answer:
The wall of an impact socket is around 50% thicker than that of a regular socket, making it suitable for use with pneumatic impact tools, whereas regular sockets should only be used on hand tools.
Explanation:
This allows the socket to remain securely attached to the impact wrench anvil, even under high stress situations.
What would the circuit resistance be if a 7.5 Amp draw was present with the engine running and the charging system producing 15 Volts
electricity causes what percent of deaths in the workplace
Explanation:
Contact with / exposure to electric current accounted for 3% of all fatalities in 2019, maintaining the same percentage as in 2018. Electrical fatality rates were 0.11 fatalities per 100,000 workers, the rate for all fatalities was 3.6 per 100,000 workers in 2019.
Select the correct answer
Which raw material would allow for the mass production of cheap, disposable camera bodies?
A.
aluminum
B
ceramic
C.
thermoplastic
D.
thermosetting plastic
Help plz!!!
Answer:
thermoplastic
Explanation:
because thermo plastic is cheap disbosible camra bodies
What’s the most important benefit of maintaining a neutral posture
in which year did the industrial revolution begin in england with the invention of the steam engine?
Answer:
1698
Explanation:
The year the industrial revolution begin in England with the invention of the steam engine was 1760.
The Invention of steam engine in England.James Watt, another Scottish engineer, played a crucial role in improving the efficiency of the steam engine. In the late 18th century, Watt made significant modifications to the design, including the addition of a separate condenser and a governor to regulate steam flow. These improvements made the steam engine much more efficient and practical for a wide range of applications beyond mining, such as powering factories and locomotives.
Watt's improvements, combined with subsequent innovations by other engineers, helped usher in the Industrial Revolution, which transformed England and eventually the world. The steam engine became a fundamental technology for powering machinery, revolutionizing transportation, and driving economic growth.
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The height of the bean plants depends on the amount of the water they receive.
Whats the control variable
Answer:
You can control how much water you are giving the plant.
Explanation:
It really depends on the plant but, if you give the plant a certain amount, you can predict how much it is going to grow.
the social dilemma and coded bias documentary compare and contrast (goods and bad) they may have on future technology development
Answer:
Cautionary tales about AI were all over Sundance screens this year, and not as sci-fi flights of fancy The Social Dilemma and Coded Bias
Explanation:
the operating principle of float-type carburetors is based on the
Answer:
venturi
Explanation:The operating principle of float-type carburetors is the difference in air pressure between the venturi throat and the air inlet. For this reason (the drop in pressure), carburetor-equipped engines are susceptible to induction icing.
one coil is placed on top of another. the bottom coil is connected in series to a battery and a switch. with the switch closed, there is a clockwise current in the bottom coil. when the switch is opened, the current in the bottom coil decreases abruptly to zero. what is the direction of the induced current in the top coil, as seen from above while the current in the bottom coil decreases?
Answer:
eeue ejenhelp
Explanation:hddund ddn help
How did the engineers plan and carry out investigations so they were experiencing the same conditions the astronauts were facing?
Answer: Apollo 13 was the seventh mission in the Apollo space program by the united states with a crew onboard and the third meant to land on the Moon. The craft was launched from Kennedy Space Center on April 11, 1970, but the landing on moon was aborted
Explanation:
why is it important to push a dolly instead of pulling it?
The reason why it is important to push a dolly instead of pulling it is because;
pushing of the dolly means that the force you apply to the heavy object would be acting in an opposite direction to the force of gravity whereas pulling it will mean the heavy object will be acting in the direction of gravity and as such the object can fall on you.
Dollies are equipment's that are used to move heavy objects around.
Now, when making use of a dolly by pushing, you have to make the dolly lean in such a way that the only part that is in contact with the ground is the tires in order for the dolly to move.
However, when you pull a dolly, you are pulling it in the direction that gravity is acting and so balancing a heavy object and then pulling it towards yourself in the direction it wants to fall will just be improper as it will fall on you in no time.
In conclusion, pushing of the dolly means that the force you apply to the heavy object would be acting in an opposite direction to the force of gravity and as such the heavy object can't fall on you like that.
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In case of Raymond pile
A. lengths vary from 6 m to 12 m
B. diameter of top of piles varies from 40 cm to 60 cm
C. diameter of pile at bottom varies from 20 cm to 28 cm
D. thickness of outer shell depends upon pile diameter
E. all the above.
Answer:
E. all the above.
Explanation:
Powder actuated tools have the power of a
dangerous.
and can be very?
Answer:
Powder-actuated tools drive studs by power from an explosive charge. Their operation is similar to a firearm and they can be just as dangerous if used carelessly. You also could be risking your life and the lives of others if you attempt to use this tool without proper instruction.
Explanation:
Hope This Helps!
electrical protective devices are designed to automatically
Answer:
Circuit protection devices are designed to automatically limit or shut off the flow of electricity in the event of a ground-fault, overload, or short circuit in the wiring system. Fuses, circuit breakers, and ground-fault circuit interrupters are three well-known examples of such devices.
Explanation:
Electrical protective devices are designed to automatically cut off the flow of electricity.
What are Electrical protective devices?Electric protective devices Electric power system equipment is used to identify abnormal and unacceptable situations and perform necessary countermeasures. Lightning arresters, surge protectors, fuses, and relays with accompanying circuit breakers, reclosers, and so on are examples of these devices.
As it is known that electrical protective devices are those devices which helps to handle unknown electricity surge. It does so by cutting off the connection automatically.
Hence, electrical protective devices are designed to automatically cut off the flow of electricity.
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Which is an example of potential energy?
A moving car
a parked car
fan on high setting
a person running
Answer:
A moving car
Explanation:
It uses energy GAS to power it and it is energy
What do safegaurding devices do to protect the worker
In bathroom design, what two electrical safety features must always be followed
what is the main difference between centerfire and rim fire ammunition
in alternating current, how often does the current alternate between negative and positive?
Answer:
AC voltages alternate/cycle, at a rate of 60 times each second.
TODO EMPLEADO ESTA OBLIGADO A PRESTAR SUS SERVICIOS LABORALES 72 HORAS A LA SEMANA?
Si depende en que casos se y de que trate su trabajo pero tampoco lo pueden obligar pero como ya dije depende
What is placed as the first step in the scientific method?
which is the best tool to use to mark a straight line 20 feet long on a floor?
Answer:
quadrant
Explanation:
since it is on the floor
1. Define “continuous probability distribution” and cite at least 5 types.
2. Define expected value and variance of a continuous random variable.
3. Describe normal distribution and the process of solving probability problems involving normal distribution.
4. Explain normal approximation to binomial distribution and how it is used in solving probability problems.
Continuous variables are variables such as time, pressure, height, length, temperature and weight
The responses are;
1. Continuous probability distribution is a distribution in which the values of
the random variable X is not limited to certain values, and therefore the
values are not countable
Five types of continuous random variable are;
Normal distributionStudent t-distributionChi-square distributionF-distributionChi-square distributionOthers include
Gamma distributionBeta distributionCauchy distribution2. The expected value of a continuous random variable, X, is defined as follows;
[tex]\displaystyle The \ expected \ value, \ E[X] = \int\limits^{\infty}_{-\infty} {x \cdot f(x)} \, dx[/tex]
3. The normal distribution the usual distribution used for variables that are
randomly generated and independent. It is a continuous probability
distribution also referred to as Gaussian distribution
The shape of the graph the normal distribution is bell shaped with the
maximum point being the average or mean value, while the standard
deviation gives the dispersion from the mean
The process of solving probability problems involving normal distributions
includes;
Define the value of the probability required in the following form; p(x < a), p(x > b), p(a < x < b)The z-score of a, (and b) is then determined as follows;
[tex]Z=\dfrac{a-\mu }{\sigma }[/tex], and/or [tex]Z=\dfrac{b-\mu }{\sigma }[/tex]From the z-score obtained above, the value of the probability p(x < a), can be obtained from the Z-tableThe value of p(x > a) = 1 - p(x < a)The value of p(a < x < b) is the difference between p(x < a) and p(x > b), the larger first, to get a positive value4. The normal approximation to the binomial distribution is the use of the
normal (continuous) distribution to approximate the binomial (discrete)
distribution
Using the approximation, we have;
The mean = n·p
The standard deviation, [tex]\sigma = \sqrt{(n \cdot p \cdot (1 - p))}[/tex]
Where;
n = The sample size;
p = The probability value given
With the calculated mean and standard deviation, the z-score and
probability p(x < a), can be found for a particular value, a, using the steps
for solving probability problems involving normal distribution
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interstate highways are identified on signs with what kind of shape?
Answer:
Interstate signs are a shield shape, with the word “Interstate” on the top of them. This sign is found at large intersections and may be accompanied by arrows or the direction. White numbers on a blued background and a red line along the top.
What is being measured in this experiment?
Answer:
A dependent variable is what you measure in the experiment and what is affected during the experiment. The dependent variable responds to the independent variable. It is called dependent because it "depends" on the independent variable.Bree is on step 6 of a lab with 7 steps and is a little confused by the wording in the instructions. What should she do?
PLS HELP ME!!
Answer:
okay i think she can analysis the words and take her time to know what it means
Which of the following describes the maximum peak of a wave?
Answer:
Explanation: Peak – the highest point above the rest position. Trough – the lowest point below the rest position. Amplitude – the maximum displacement of a point of a wave from its rest position. Wavelength – distance covered by a full cycle of the wave. Usually measured from peak to peak, or trough to trough.
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