GATE Propulsion: Basics of thermodynamics – Previous Year Questions
8 GATE previous year questions on Basics of thermodynamics (Propulsion, Aerospace Engineering) with answers and explanations, from every paper.
- GATE 2021 AE Q15 – The ideal combustion process in a turboshaft engine is
- GATE 2022 AE Q42 – Which of the following is NOT always true for a combustion process taking place in a closed system?
- GATE 2026 AE Q14 – Which one of the following makes an ideal air-standard Stirling cycle?
- GATE 2026 AE Q52 – Isobutane (C 4H 10) is burnt completely in pure oxygen as per the reaction given below. Given that the standard heats of formation (in kcal/mole) of…
- GATE 2026 AE Q53 – A furnace of 250 MW rating is used to melt and raise the temperature of aluminium from 25 oC to 900 oC. Aluminium has a solid-state specific heat,…
- GATE 2025 AE Q31 – Q and W are the heat and work interactions of a system with its surroundings, and dU is the change in the internal energy of the system. For an…
- GATE 2024 AE Q16 – For an ideal gas, the specific heat at constant pressure is 1147 J/kg K and the ratio of specific heats is equal to 1.33. What is the value of the gas…
- GATE 2024 AE Q18 – In the figure shown below, various thermodynamics processes for an ideal gas are represented. Match each curve with the process that it best…