TOP MCQ
APPLIED THERMODYNAMICS OBJECTIVE TYPES QUESTIONS WITH ANSWERS.
Here may be a list of Top MCQ of Applied Thermodynamics Objective Type Questions And Answers provided for the AKTU and ALL OTHER UNIVERSITIES EXAMINATIONS. All the MCQ questions are most vital for AKTU especially. These sort of Objective questions are going to be asked in Diploma and Degree Internal Examinations.
1. Sterling and
Ericsson cycle
(A) Reversible cycle
(B) Irreversible cycle
(C) Semi-reversible cycle
(D) Insulation irreversible cycle
2. A cycle consisting
of two adiabatic processes and two constant pressure processes are understood as
follows.
(A) Otto cycle
(B) Ericsson cycle
(C) Joule cycle
(D) Stirling cycle
3. The reverse joule
cycle is named
(A) Carnot cycle
(B) Rankine cycle
(C) Brayton cycle
(D) Bell Coleman Cycle
4.1 kg of carbon
monoxide gas requires _________ kg of oxygen to supply 11/7 kg of CO2 gas.
(A) 11/7
(B) 9/7
(C) 4/7
(D) All of the above
5. temperature is
interpreted as follows:
(A) 237 ° C
(B) -273 ° C
(C) -237 ° C
(D) 273 ° C
6. The Brayton cycle
consists of the subsequent four processes.
(A) Two isothermals and two isentropic
(B) Two isentropic processes and two constant volumes
(C) 2 isentropic, 1 const. volume, 1 const. pressure
(D) Two isentropic and two constant
pressures
7. Which of the
subsequent cycles isn't a reversible cycle?
(A) Carnot
(B) Ericsson
(C) Sterling
(D) Neither of the above
8. The cycle during
which heat is supplied at a constant volume and exhausted at a continuing
pressure is understood as follows.
(A) Double combustion cycle
(B) Diesel cycle
(C) Atkinson cycle
(D) Rankine cycle
9. Diesel cycle efficiency
with reduced cutoff
(A) will increase
(B) Decrease
(C) First increase, then decrease
(D) Decrease first, then increase
10. Which of the subsequent cycles has the very best efficiency?
(A) Rankin
(B) Sterling
(C) Carnot
(D) Brayton
11. Which of the
subsequent is correct?
(A) Gauge pressure = absolute pressure + air pressure
(B) Absolute pressure = gauge
pressure + air pressure
(C) Absolute pressure = gauge pressure-atmospheric pressure
(D) air pressure = absolute pressure + gauge pressure
12. The efficiency
and power of an easy turbine cycle are as follows:
(A) Very low
(Blow
(C) High
(D) Very expensive
13. With increasing
pressure ratio, the perfect efficiency of the Brayton cycle without
regeneration is:
(A) Increase
(B) Decrease
(C) don't change
(D) Increase or decrease counting on the appliance
14. With increasing
pressure ratio, the perfect efficiency of the Brayton cycle with regeneration
is:
(A) Increase
(B) Decrease
(C) don't change
(D) Increase or decrease counting on the appliance
15. subsequent cycles
are going to be wont to freeze the aircraft
(A) Brayton cycle
(B) Joule cycle
(C) Carnot cycle
(D) Reverse Brayton cycle
16. The cycle
consisting of a toilet and two isothermal processes is named the Stirling
cycle.
(A) Two constant pressures
(B) Two constant volumes
(C) Two isentropic
(D) One constant pressure, one constant volume
17. The conditions
for cycle reversibility are as follows:
(A) The pressure and temperature of the working material must not be significantly different from the ambient pressure and temperature at any stage of the method.
(B) All processes that happen within the cycle of operations must be very slow
(C)All the working parts of the engine should be friction-free.
(D) All of the above
18. The change in
entropy when heat is absorbed by the gas
(A) Positive
(B) Negative
(C) Positive or negative
(D) None of those
19. Throttle process
is a little more process.
(A) Reversible
(B) Irreversible
(C) Reversible or irreversible
(D) None of those
20. The isothermal
and natural process is taken into account as follows
(A) process
(B) process
(C) Reversible or process
(D) None of those
21. For constant
pressure and warmth input, the quality air efficiency of the gas power cycle is
within the following order:
(A) Dual cycle, diesel cycle, Otto
cycle
(B) Otto cycle, diesel cycle, dual cycle
(C) Dual cycle, Otto cycle, diesel cycle
(D) Diesel cycle, Otto cycle, dual cycle
22. the overall gas
equation is (where p = pressure, v = volume, m = mass, T = temperature , R =
gas constant).
(A) pv = mRT
(B) pv = RTm
(C) pvm = C
(D) pv = (RT) m
23. For an equivalent
maximum pressure and temperature
(A) The Otto cycle is more efficient than the diesel cycle
(B) Otto cycle is less efficient
than Diesel cycle.
(C) Otto and diesel cycle is less efficient than Dual cycle.
(D) Dual cycle is a smaller amount efficient than Otto and diesel cycle
24. consistent with
Charles' law, if the pressure remains constant, every 1 ° C change in
temperature will change the quantity
via the first volume at 0 ° C. increase.
(A) 1/27
(B) 1/93
(C) 1/173
(D) 1/273
25. The gas mixture
expands from 0.03meter3 to 0.06meter3 at a continuing pressure of 1MegaPascal
and absorbs 84kiloJoule of warmth during
this method. Changes within the internal energy of the mixture are:
(A) 30 kJ
(B) 54 kJ
(C) 84 kJ
(D) 114 kJ
26. the entire energy of a molecule is equally shared by the varying degrees of freedom that the molecule has. This law is understood as
(A) The law of equal distribution of
energy
(B) Law of conservation of energy
(C) Law of energy deterioration
(D) None of those
27. The isothermal
process is dominated by
(A) Boyle's law
(B) Charles' law
(C) Gay-Lussac's law
(D) Avogadro's law
28. A cycle
consisting of 1 const. pressure, 1 const. volume, and 2 isentropic processes are
understood as follows:
(A) Carnot cycle
(B) Stirling cycle
(C) Otto cycle
(D) Diesel cycle
29. Which of the
subsequent explanations is incorrect?
(A) Liquid fuel consists of hydrocarbons
(B) Liquid fuel features a higher calorific value than solid fuel
(C) Solid fuel features a higher
calorific value than liquid fuel
(D) Good fuel must have a coffee ignition point
30. The efficiency of
the joule cycle is as follows:
(A) Larger than the Carnot cycle
(B) but Carnot cycle
(C) adequate to the Carnot cycle
(D) None of those
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