18 Example Sentences Showcasing the Meaning of 'Piston'
The mechanic carefully examined the piston to identify the source of the engine problem.
Timmy learned about the piston's role in his science class during the lesson on internal combustion engines.
Emily observed the piston's rhythmic movement as she marveled at the intricate workings of the model steam engine.
The young students were fascinated as the teacher demonstrated how a piston converts linear motion into rotational motion in a simple demonstration.
During the automotive workshop, the instructor explained the critical function of the piston in the overall operation of the car engine.
Sarah's eyes widened with curiosity as she watched the piston move up and down in the transparent engine model at the science fair.
The engineer designed a new type of piston to improve fuel efficiency and reduce emissions in the next generation of automobiles.
As the pilot performed a pre-flight check, he ensured that each aircraft engine's pistons were operating smoothly for a safe takeoff.
The automotive enthusiast proudly displayed a collection of antique pistons, showcasing the evolution of engine technology over the years.
The science documentary explained how the piston's movement is crucial in converting thermal energy into mechanical work in various types of engines.
The blacksmith forged a custom piston for the vintage motorcycle, ensuring it matched the specifications of the original part.
During the physics experiment, students observed the piston's role in demonstrating the principles of force and motion in a controlled environment.
In the robotics workshop, the students designed a robotic arm that mimicked the piston's motion for precise and controlled movements.
The young inventor proudly showcased his homemade engine, pointing out each meticulously crafted piston that powered the miniature vehicle.
The automotive engineer fine-tuned the piston design to optimize combustion and achieve better performance in the high-performance sports car.
The physics professor challenged advanced students to calculate the forces involved in the movement of pistons within a complex combustion engine.
The geologist studied seismic data, correlating the movement of underground pistons with tectonic activity in the Earth's crust.
The robotics competition challenged participants to create autonomous robots with intricate piston-driven mechanisms to complete complex tasks.