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To get a speed of propagation, Newton assumed that the process is ( A ). While he assumed the process is ( A ), which means the temperature is conserved during the process, the speed of propagation is quite different with the real one. Laplace's modified equation considered the process as ( B ), which means the process occurs without the transfer of heat or matter between a system and its surroundings. When the process is ( B ) and ( C ), we can assume it as ( D ) process.”

1 ) (A) isentropic (B) isothermal (C) reversible (D) adiabatic

2) (A) isothermal (B) adiabatic (C) reversible (D) isentropic

3) (A) adiabatic (B) isothermal (C) reversible (D) isentropic

4) (A) adiabatic (B) isothermal (C) irreversible (D) isentropic

5) (A) isentropic (B) adiabatic (C) irreversible (D) isothermal

6) (A) isothermal (B) isentropic (C) irreversible (D) adiabatic

Answer 1