Discussion Paragraph: \ \ When considering the most significant engine of all time, the debate often gravitates toward groundbreaking designs that have significantly influenced automotive history. The Ford Model T's inline-four engine emerges as a prominent contender in this context. Introduced in 1908, this engine's simplicity, reliability, and affordability played a pivotal role in democratizing automobile ownership, marking a turning point in both automotive and social history. Its design was so effective that it remained largely unchanged for nearly two decades, a testament to its efficiency and durability. The Model T engine's legacy is not just in its technical specifications but in its broader impact on society, setting the foundation for mass automobile production and changing the landscape of personal transportation.\ \ When evaluating different car companies and their models, it's crucial to recognize the diversity and specialization in the automotive industry. However, if one were to single out a specific model for its engine's excellence, the Mercedes-Benz 300 SL's inline-six would be a compelling choice. Introduced in the 1950s, this engine was ahead of its time, featuring direct fuel injection - a first for a production car. This innovation significantly enhanced performance and efficiency, setting new standards for high-performance engines. The 300 SL's engine not only powered one of the most iconic sports cars of the 20th century but also influenced future engine designs, making it a benchmark in automotive engineering. Its blend of innovation, performance, and historical significance positions it as a strong contender for the greatest engine of all time.\ \ \ \ \ \ Question: "Greatest Engine of All Time" I chose for the Discussion Paragraph. Based on this, Look up engine parameters (hp, rpm, displacement, fuel properties, etc) for it, and solve for the actual engine thermal efficiency (assuming a volumetric efficiency of 90%). Also, solve for the temperature, in degrees Celsius, at the end of the compression stroke. \ \ Post on the Discussion Board a paragraph or so describing your engine, its parameters (hp, max rpm, etc), and the results you got for thermal efficiency and compression temperature. \ \ \ \ **Need Step-by-step solution.\ \ Subject: Automotive Engineering Internal Combustion Engine