Final answer:
The thrust specific fuel consumption per engine would be 0.00012 lb/(lbf·s).
The thrust specific fuel consumption (TSFC) is a measure of engine efficiency in converting fuel into thrust. It is calculated by dividing the fuel flow rate by the thrust produced. To calculate the TSFC per engine, you need the specific fuel consumption (SFC) and engine thrust.
Step-by-step explanation:
The thrust specific fuel consumption (TSFC) is a measure of how efficiently an engine converts fuel into thrust. It is calculated by dividing the fuel flow rate by the thrust produced.
To calculate the TSFC per engine for the Pilatus PC-24 airplane with the Williams FJ44 turbofan engine, you would need to have the specific fuel consumption (SFC) and the engine thrust.
Once you have the SFC and thrust values, you can use the formula:
TSFC = SFC / Thrust
For example, if the SFC is 0.6 lb/(lbf·hr) and the thrust is 5000 lbf, the TSFC would be:
TSFC = 0.6 lb/(lbf·hr) / 5000 lbf = 0.00012 lb/(lbf·s)
Therefore, the thrust specific fuel consumption per engine would be 0.00012 lb/(lbf·s).