Gearwheels example sentences

"Gearwheels" Example Sentences

1. The gearwheels in the engine were worn out and needed to be replaced.
2. The clock kept ticking thanks to its gearwheels.
3. The precision of the machine relies heavily on the gearwheels.
4. The mechanic adjusted the gearwheels to improve efficiency.
5. I watched the gearwheels turn as the machine sprang to life.
6. The inventor spent hours perfecting the gearwheels in his latest creation.
7. The sound of the gearwheels clicking together filled the room.
8. Without the gearwheels, the bicycle wouldn't be able to move.
9. The sound of the gearwheels grinding together was deafening.
10. The watchmaker's skillful hands assembled the intricate gearwheels effortlessly.
11. The factory produced hundreds of gearwheels per hour.
12. The robot relied on the precision of its gearwheels to perform its tasks.
13. The clockmaker explained how the gearwheels were responsible for the chimes.
14. The train's engine was powered by the movement of the gearwheels.
15. The precision of the gearwheels determines how well the clock will keep time.
16. The mechanic's expertise was required to repair the faulty gearwheels.
17. The engineer designed the gearwheels to be as efficient as possible.
18. The watchmaker's attention to detail was evident in the intricate gearwheels.
19. The gearwheels turned in perfect synchronicity, driving the engine forward.
20. The car wouldn't start due to a problem with the gearwheels.
21. The factory worker expertly placed the gearwheels in the machine.
22. The inventor's latest gadget relied heavily on the gearwheels working correctly.
23. The sound of the gearwheels clanking together indicated a problem with the machine.
24. The watchmaker was able to diagnose the problem with the watch's gearwheels.
25. The gearwheels in the robot's arms moved fluidly, allowing it to perform its tasks.
26. The hum of the gearwheels working in unison was soothing to listen to.
27. The gearwheels needed to be coated with lubricant to prevent them from grinding against each other.
28. The engineer designed the gearwheels to be adjustable, allowing for easy maintenance.
29. Without the gearwheels, the clock's hands wouldn't be able to move.
30. The mechanic carefully examined the gearwheels to determine why the engine wasn't working correctly.

Common Phases

1. The gearwheels meshed seamlessly;
2. The gearwheels clicked into place;
3. The gearwheels turned smoothly;
4. The gearwheels rotated in unison;
5. The gearwheels interlocked tightly;
6. The gearwheels spun effortlessly;
7. The gearwheels engaged firmly;
8. The gearwheels synchronized perfectly;
9. The gearwheels meshed with precision;
10. The gearwheels intermeshed flawlessly.