Friction example sentences
Related (10): resistance, force, heat, wear, sliding, roughness, energy, traction, surface, contact
"Friction" Example Sentences
Common Phases
1. The two surfaces created a lot of friction when rubbed together.
2. Maintaining regular contact helps reduce friction between colleagues.
3. The brake pads create friction against the brake discs to slow down the car.
4. Friction caused the wheel to lose speed and eventually come to a halt.
5. Friction can produce heat when objects slide past each other.
6. Friction makes things like tires grip the road surface.
7. The grease helps reduce friction between the moving parts.
8. Lack of communication caused friction in their working relationship.
9. Friction with the native population has led to increased tensions.
10. They swiftly overcame any initial friction and became good friends.
11. Politics and differing viewpoints led to friction between the parties.
12. Friction often arises in workplaces due to misunderstandings.
13. Negotiations broke down due to longstanding political friction.
14. Her abrasive personality caused friction with her coworkers.
15. Open discussion helps reduce unspoken friction in relationships.
16. Frictionless surfaces allow objects to slide easily past each other.
17. Ice causes friction when applied to injuries for pain relief.
18. Layers of mica help reduce friction in mechanical parts.
19. The laws of friction describe how objects move over surfaces.
20. Friction allowed the climber to grip the rock face securely.
21. Oil helps to reduce friction in mechanical systems.
22. Lack of cooperation is creating more and more friction.
23. Friction accounts for a significant amount of energy loss.
24. Friction between pads and rotors generates heat while braking.
25. There was a noticeable lack of friction between the moving parts.
26. Friction causes the wear and tear of vehicle tires.
27. He applied graphite to reduce friction between the gears.
28. Silicone spray can reduce friction between components.
29. The lack of shared goals created friction in their working relationship.
30. Friction between rotating components can reduce their lifespan.
31. Friction works both for and against us in our daily lives.
32. Friction welds components together by generating excess heat.
33. Friction is the reason our tires don't slip on the road surface.
34. Friction hindered progress of the discussion at the meeting.
35. There was a lot of friction between the piston and the cylinder wall.
36. Friction forces cause significant energy losses in machines.
37. Frictionless environments are rare in the real world.
38. Ball bearings reduce friction in rotating systems.
39. Friction with colleagues often stems from underlying personality differences.
40. Static friction is greater than kinetic friction.
41. There was a noticeable buildup of friction in their relationship.
42. Increasing the load will increase the friction forces.
43. Frictionless systems can operate with maximum efficiency.
44. Friction applies a normal force perpendicular to the surface.
45. Friction resistance is proportional to the normal force.
46. There was little friction between the metal surfaces.
47. Friction makes two objects difficult to slide over each other.
48. The seat belt has enough friction to lock during an impact.
49. Friction brakes turn kinetic energy into heat energy.
50. Reducing friction between gears increases their efficiency.
51. Friction is required for an object to move with constant velocity.
52. The couple experienced a high degree of friction in their marriage.
53. The wheels of the vehicle created friction against the ground.
54. The rough surface caused more friction than the smooth surface.
55. Friction often leads to energy losses in mechanical systems.
56. Friction plays an important role in locomotion and manipulation.
57. Friction causes wear on machine parts over time.
58. Friction reduces the potential energy of a moving object.
59. Friction between pads and rotors slows a vehicle upon braking.
60. Friction forces were too large to overcome between the two objects.