Which of these is incorrect for the normal shock wave analysis?

Which of these is incorrect for the normal shock wave analysis? Correct Answer Differential form of conservation equations used

The normal shock wave analysis uses the control volume approach. The integral form of conservation equations are applied to the control volume. The flow is steady, adiabatic, without viscous effects and zero body forces.

Related Questions

Specifying the temperature ratio across the normal shock wave will yield which of the following across the normal shock wave?
Statement (I) : When a bluff body moves at supersonic speed in still air, an attached shock wave is produced at its nose causing the flow to be subsonic behind the shock plane. Statement (II) : A normal shock always transforms supersonic flow into subsonic flow causing increase in pressure, temperature and entropy.
For a particular gas, Mach number behind the shock wave is a function of which all parameters ahead of the shock wave. Choose the correct option.
Which of the following is incorrect for a normal shock wave?