Related Questions

If both Stirling and Carnot cycles operate within the same temperature limits, then efficiency of Stirling cycle as compared to Carnot cycle
A More
B Less
C Equal
D Depends on other factors
The efficiency of Stirling cycle is __________ Carnot cycle.
A Greater than
B Less than
C Equal to
D None of these
A cycle consisting of __________ and two isothermal processes is known as Stirling cycle.
A Two constant pressure
B Two constant volume
C Two isentropic
D One constant pressure, one constant volume
A cycle consisting of _________ and two isothermal processes is known as Stirling cycle.
A Two isentropic
B One constant pressure, one constant volume
C Two constant volumes
D Two constant pressures
Stirling and Ericsson cycles are
A Quasi-static cycles
B Reversible cycles
C Semi-reversible cycles
D Irreversible cycles
Otto cycle efficiency is higher than Diesel cycle efficiency for the same compression ratio and heat input because in Otto cycle
A Heat rejection is lower
B Expansion and compression are isentropic
C Combustion is at constant volume
D Maximum temperature is higher
A cycle costs Tk. 2,500 when it is brand new. At the end of each year it is worth 4/5 th of what it was in the beginning of the year. What is the worth of the cycle when it is 3 years old?
A 1000
B 1200
C 1280
D 1340
a motor -cycle covers 40 Km with a speed of 20 km /hr. Find the speed of the motor -cycle for the next 40 km journey so that the average speed of the whole journey will be 30 km / hr.
A 70.0km /hr
B 52.5km /hr
C 60.0km/hr
D 60. 5 km / hr
In Cyclist leaves home at 10.00 hours to cycle to school 7 km awat. he cycle at 10 km/h he arrived he has a puncture, then he has to push his bicycle the rest of the way at 3 km/h
A 2 km
B 3 km
C 4 km
D 1 km
একটি কর্নো ইঞ্জিন 500 K এবং 205 K তাপমাত্রার দুইটি আধারের মাধ্যমে পরিচালিত হয়। প্রত্যেক চক্রে ইঞ্জিন যদি উৎস থেকে 1 kcal তাপ গ্রহণ করে তাহলে প্রত্যেক চক্রে তাপ গ্রাহকে তাপ বর্জন করার পরিমাণ কত? ( A Carnot engine is operated between two reservoirs at temperatures of 500 K and 250K. If the engine receives 1 kcal of heat from the source in each cycle, the amount of heat rejected to the sink in each cycle is-)
A 500 cal
B 1000 cal
C 500 kcal
D 10 kcal

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