A spark ignition engine operating on the ideal Otto cycle takes in air at $16$ psia and $65^($@$)$F at the beginning of

the compression stroke. The compression ratio is $10\mathrm{.}2$ and the displacement volume is $96$ in $^(3).$ Operational

constraints require that the maximum temperature in the cycle be kept below $2200^($@$)$F$.$ Use cold$-$air

standard assumptions. Calculate the

a$)$ Pressure, temperature and specific volume at the end of each process

b$)$ Heat added and removed during each cycle $($Btu$)$

c$)$ Net work output for each cycle $($Btu$)$

d$)$ Thermal efficiency of the cycle

e$)$ Mean effective pressure $($psia$),$ and please Include a cycle diagram $($P$-$v or T$-$s$)$ for each problem. Every numerical calculation must be preceded by the appropriate equation. Do not forget units & dimensions during your calculations.