A chemical engineer can clearly see from this kind of test if a substance stays in a system and builds up or if it just passes through.
<h3>What is a chemical engineer?</h3>
- Processes for manufacturing chemicals are created and designed by chemical engineers.
- To solve issues involving the manufacture or usage of chemicals, fuel, medications, food, and many other goods, chemical engineers use the concepts of chemistry, biology, physics, and math.
- A wide range of sectors, including petrochemicals and energy in general, polymers, sophisticated materials, microelectronics, pharmaceuticals, biotechnology, foods, paper, dyes, and fertilizers, have a significant demand for chemical engineers.
- Chemical engineering is undoubtedly difficult because it requires a lot of physics and math, as well as a significant number of exams at the degree level.
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Answer:
(d) Spheroidizing
Explanation:
Spheroidizing
This is the heat treatment process for steel which having carbon percentage more than 0.8 %.As we know that a hard and brittle material is having carbon percentage more than 0.8 %.That is why this process is suitable for the hard materials.
In this process a hard and brittle materials convert into soft and ductile after this it improve the machine ability as well as improve the tool life.
In this process grain become spheroidal and these grains are ductile.
Answer:
Hope it helps...
Explanation:
-the main advantages and benefits you'll get from using a computer.
Increase your productivity. ...
Connects you to the Internet. ...
Can store vast amounts of information and reduce waste. ...
Helps sort, organize, and search through information. ...
Get a better understanding of data. ...
Keeps you connected.
the disadvantages to using a computer and what type of problems you may personally encounter.
Carpal tunnel and eye strain. ...
Too much sitting. ...
Short attention span and too much multitasking. ...
Can limit learning and create a dependency. ...
Potential of loss of privacy. ...
Time sink and lots of distractions.
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Answer:
691K, 543K, 725K, 1473K, 240K, 373K
Explanation:
Creep deformation of any metal is the transformational tendency of a metal to distort rapidly or slowly when attacked by any form of mechanical stress. The temperature significant for a metal to deform is gotten by the division of the actual temperature of the metal by its melting point. This is termed homologous temperature which is 0.4 or higher. It is calculated by the equation:
0.4Tm
Therefore for the listed metals...
For Nickel, 0.4Tm = 0.4 ×(1455 + 273) = 691 K
For Copper, 0.4Tm = 0.4 ×(1085 + 273) = 543 K
For Iron, 0.4Tm = 0.4 ×(1538 + 273) = 725 K
For Tungsten, 0.4Tm = 0.4 ×(3410 + 273) = 1473 K
For Lead, 0.4Tm = 0.4 × (327 + 273) = 240 K
For Aluminium, 0.4Tm = 0.4 ×(660 + 273) = 373 K
Answer:
If analyzed by volume capacity, more trips are needed to fill the space, thus the required trips are 288
Explanation:
a) By volume.
The shrinkage factor is:
The volume at loose is:
If the Herrywampus has a capacity of 30 cubic yard:
b) By weight
The swell factor in terms of percent swell is equal to:
The weight of backfill is:
The Herrywampus has a capacity of 40 ton:
If analyzed by volume capacity, more trips are needed to fill the space, thus the required trips are 288
