What is the effect of mixing aviation gasoline with jet fuel?

Mixing aviation gasoline with jet fuel primarily leads to the formation of deposits on turbine blades. This occurs because aviation gasoline has different combustion characteristics compared to jet fuel, which is designed for turbine engines. The lower flash point and differing chemical composition of aviation gasoline can lead to incomplete combustion and the subsequent creation of carbon deposits.

These deposits can accumulate on turbine blades, affecting the efficiency of the engine by disrupting airflow, potentially leading to increased drag and reducing overall performance. Over time, this can result in higher maintenance costs, increased fuel consumption, and reduced engine life due to the need for more frequent cleaning or inspection of the turbine components.

The other options presented do not accurately reflect the effects of mixing these fuels. For instance, increased power output and reduced fuel consumption are not typically associated with this mixture; in fact, the opposite is often true, as the engine may not run as efficiently. Similarly, while ignition properties may vary, the mixing does not inherently improve them; instead, it can complicate them due to the differences in fuel characteristics.