You are watching: Match each term with the phrase that best describes it.
a. A amount that is correlated via the bond toughness of a material. Elastic Modulus
b. The anxiety at which disarea movement and/or twinning is assumed to become the dominant response upon loading a product. Yield Point
c. A measure of a material"s ability to absorb mechanical power in the form of stretched bonds. Ultimate Tensile Strength
d. A meacertain of a material"s ability to dedevelop plastically before faientice. Ductility
e. A meacertain of a material"s capacity to withstand also local dedevelopment or wear. Hardness
This worth is associated via the yield allude.
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. A Carnot warm pump is to be used to warm a home and keep it at 22 °C in winter. When the outdoor temperature remains at 3
The Carnot heat pump need to work 3.624 hours per day to store the temperature constant inside the home.
The net warm daily loss of the home is:
In order to keep the home warmth, offered warm should be equal to heat losses:
Besides, the Coefficient of Performance for a Carnot heat pump is:
For a genuine heat machine, the Coreliable of Performance is identified by the following expression:
The daily work consumed is now cleared in the previous expression:
The working time is calculated by separating this result by input power. That is:
The Carnot warmth pump have to work 3.624 hours per day to store the temperature continuous inside the house.
10 months ago
Which job best fits the function of a planning engineer?
To aid the Project Manager and Project group with data to exectute the venture in time and whitin the spending arrangement allocate.
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6 months ago
A Wheatstone bridge initially has resistances equal to R1 = 200Ω, R2 = 400Ω, R3=500Ω and R4=600Ω. For an input voltage of 5V, de
A. Vo = -0.606 volts
B. Vo = -0.349 volts
In this question, we are asked to calculate the output voltage by analyzing the conditions offered and also calculate the output voltage offered that among theses problems readjusted.
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Give the approximate temperature at which creep dedevelopment becomes a vital consideration for each of the adhering to metals:
The creep temperature for different materials is as follows.
A. Nickel :-
B. Copper :-
C. Iron :-
D. Tungsten :-
E. Lead :-
F. Aluminium :-
Creep is the sluggish plastic deformation happen at high elevated temperature.
The approximate temperature for different steels is as adheres to at which creep becomes considerable.
A. Nickel :- The relation in between melting temperature & creep temperature is given by the formula.
The melting temperature of nickel = 1726 K
B. Copper :- The relation in between melting temperature & creep temperature for copper is given by the formula.
The melting temperature of copper = 1357 K
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Iron :- The relation in between melting temperature & creep temperature for iron is given by the formula
The melting temperature of iron = 1809 K
D. Tungsten :- The relation between melting temperature & creep temperature for tungsten is provided by the formula
The melting temperature of iron = 3673 K
E. Lead :-The relation in between melting temperature & creep temperature for lead is offered by the formula
The melting temperature of lead = 600.5 K
F. Aluminium :- The relation between melting temperature & creep temperature for aluminium is given by the formula