The reflected shock wave associated with a given incident shock can be calculated strictly from the use

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The reflected shock wave associated with a given incident shock can be calculated strictly from the use of Table A.2, without using Eq. (7.23). However, the use of Table A. 2 for this case requires a trial-and-error solution, converging on the proper boundary condition of zero mass motion behind the reflected shock wave. Repeat Prob. 7.5, using Table A. 2 only.

Data From Problem 7.5:

Consider an incident normal shock wave that reflects from the endwall of a shock tube. The air in the driven section of the shock tube (ahead of the incident wave) is at \(p_{1}=0.01 \mathrm{~atm}\) and \(T_{1}=300 \mathrm{~K}\). The pressure ratio across the incident shock is 1050.

Table A.2:
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