- (A) Carnot cycle
- (B) Rankine cycle
- (C) reversed Camot cycle
- (D) reversed Rankine cycle
- (E) none of the above
Mechanical Engineering Mcqs
- (A) noisy operation
- (B) quiet operation
- (C) cooling below 0°C
- (D) very little power consumption
- (E) its input only in the form of heating
- (A) after passing through the condenser
- (B) before passing through the condensei
- (C) after passing through the expansion throttle valve
- (D) before entering the expansion valve
- (E) before entering the compressor
- (A) after passing through the condenser
- (B) before passing through the condenser
- (C) after passing through the expansion or throttle valve
- (D) before entering the expansion valve
- (E) before entering the compressor
- (A) evaporator
- (B) safety relief valve
- (C) dehumidifier
- (D) driers
- (E) expansion valve
- (A) Rankine
- (B) Carnot
- (C) Reversed Rankine
- (D) Brayton
- (E) Reversed Carnot
- (A) will be higher
- (B) will be lower
- (C) will remain unaffected
- (D) may be higher or lower depending upon the nature of non-condensable gases
- (E) unpredictable
- (A) atmospheric pressure
- (B) slightly above atmospheric pressure
- (C) 2-4 bars
- (D) 5-6 bars
- (E) 7-10 bars
- (A) 210 kJ/min
- (B) 21 kJ/min
- (C) 420 kJ/min
- (D) 840 kJ/min
- (E) 105 kJ/min
- (A) high sensible heat
- (B) high total heat
- (C) high latent heat
- (D) low latent heat
- (E) low sensible heat
