100 Examples of sentences containing the common noun "kinetics"

Definition

Kinetics refers to the branch of science that deals with the forces and motions involved in the movement of objects. It can also refer to the study of the rates of chemical reactions or the movement of particles in physical systems. In a broader sense, "kinetics" encompasses any analysis of motion and the effects of forces.

Synonyms

• Dynamics
• Motion study
• Reaction rates
• Movement analysis
• Force analysis

Antonyms

• Statics
• Rest
• Inactivity
• Stability
• Immobility

Examples

1. The scientist kinetics the motion of the particles in the fluid.
2. Researchers often kinetics the impact of temperature on reaction rates.
3. In biomechanics, we kinetics the movements of athletes to improve performance.
4. The engineer kinetics how forces interact in mechanical systems.
5. In chemistry class, we kinetics the speed of the chemical reactions.
6. The physicist kinetics the collision of two objects in a controlled environment.
7. During the experiment, we kinetics the acceleration of the pendulum.
8. The study of how enzymes work often kinetics the rate at which they catalyze reactions.
9. The team kinetics the data to understand the motion of the spacecraft.
10. He kinetics the variables that affect the flight of a projectile.
11. The students kinetics the principles of motion during their lab session.
12. To solve the problem, they kinetics the forces acting on the object.
13. The chemist kinetics the effects of concentration on the reaction speed.
14. As part of his thesis, he kinetics the behavior of gases under different temperatures.
15. In sports science, we often kinetics the biomechanics of sprinting.
16. The physicist kinetics the frictional force acting on the sliding block.
17. During the presentation, she kinetics the fundamental concepts of kinematics.
18. The research team kinetics the energy transfer in a chemical reaction.
19. He kinetics the motion of the roller coaster to ensure safety.
20. The professor kinetics the effects of gravity on falling objects.
21. They kinetics the displacement of the object over time.
22. The biologist kinetics the movement patterns of migratory birds.
23. The study kinetics the relationship between force and acceleration.
24. Engineers kinetics the stress and strain on materials during testing.
25. During the workshop, we kinetics practical applications of Newton's laws.
26. The simulation kinetics the effect of wind resistance on race cars.
27. The instructor kinetics the importance of understanding motion in physics.
28. He kinetics how different surfaces affect the speed of a sliding object.
29. The analysis kinetics the flow of blood in the circulatory system.
30. She kinetics the data to find patterns in the movement of the dancers.
31. The team kinetics the momentum transfer in a billiard game.
32. In chemistry, they kinetics the activation energy required for the reaction.
33. The researcher kinetics the molecular movement in a gas sample.
34. The project kinetics the environmental impact of vehicle emissions.
35. He kinetics the time it takes for a ball to roll down the hill.
36. The study kinetics the relationship between temperature and reaction rates.
37. During the lecture, we kinetics the principles of energy conservation.
38. The athlete kinetics her running technique to improve speed.
39. The scientist kinetics the behavior of particles at varying temperatures.
40. They kinetics the forces acting on the bridge during construction.
41. The experiment kinetics the response of the solution to different pH levels.
42. The analysis kinetics the impact of gravity on satellite orbits.
43. He kinetics the effects of pressure changes on gas volume.
44. The teacher kinetics the importance of motion in everyday life.
45. The study kinetics the relationship between velocity and acceleration.
46. She kinetics the distribution of forces in the structure.
47. The team kinetics the energy consumption of different machines.
48. They kinetics the effect of friction on sliding objects.
49. The mechanics kinetics the motion of the gears in the clock.
50. He kinetics the complexities of chemical reaction dynamics.
51. The analysis kinetics the efficiency of various propulsion systems.
52. She kinetics the differences in movement among animal species.
53. The project kinetics the forces involved in roller coaster design.
54. The students kinetics the factors that influence acceleration.
55. The engineer kinetics the load distribution on a bridge.
56. He kinetics the performance of athletes during the competition.
57. The simulation kinetics the environmental conditions in the experiment.
58. The professor kinetics the historical developments in the study of motion.
59. The team kinetics the effects of various materials on structural integrity.
60. During the discussion, they kinetics the implications of Newton's laws.
61. The research kinetics the impact of temperature on reaction kinetics.
62. She kinetics the changes in velocity as the car accelerates.
63. The scientist kinetics the molecular interactions in a solution.
64. The analysis kinetics the efficiency of different energy sources.
65. He kinetics the principles of motion in a practical experiment.
66. The students kinetics the relationship between force and mass.
67. The team kinetics the motion of the robotic arm.
68. The project leader kinetics the environmental impacts of the construction.
69. She kinetics the role of catalysts in speeding up reactions.
70. The study kinetics the motion of celestial bodies in space.
71. The physicist kinetics the collisions of particles in a vacuum.
72. He kinetics the performance metrics of the athletes.
73. The workshop kinetics the applications of dynamics in real life.
74. She kinetics the benefits of understanding motion in athletics.
75. The analysis kinetics the changes in temperature during the reaction.
76. The researcher kinetics the significance of forces in engineering.
77. They kinetics the effects of surface area on reaction rates.
78. The experiment kinetics the impact of light on chemical processes.
79. The scientist kinetics the differences in fluid dynamics.
80. The team kinetics the behavior of the materials under stress.
81. The study kinetics the energy transformations during a reaction.
82. He kinetics the factors influencing projectile motion.
83. The instructor kinetics the importance of precision in experiments.
84. The analysis kinetics the dynamics of the ecosystem.
85. The project kinetics the effects of varying loads on structures.
86. She kinetics the responsiveness of the system to external forces.
87. The team kinetics the variables affecting the speed of sound.
88. The engineers kinetics the factors contributing to vehicle performance.
89. He kinetics the principles of energy conservation in physics.
90. The study kinetics the effects of temperature on material properties.
91. They kinetics the trajectory of the projectile in the experiment.
92. The researcher kinetics the interactions between different chemical compounds.
93. He kinetics the importance of understanding motion for safety.
94. The simulation kinetics the behavior of the system under different conditions.
95. She kinetics the performance of different engines in testing.
96. The analysis kinetics the implications of motion on design.
97. The team kinetics the effects of wind on the stability of the structure.
98. He kinetics the impact of gravity on the falling object.
99. The study kinetics the acceleration of particles in a collider.
100. She kinetics the relationship between energy and motion in physics.