100 Examples of sentences containing the common noun "kinematic"

Definition

"Kinematic" is primarily used as an adjective in the context of physics and engineering, referring to the motion of objects without considering the forces that cause the motion. As a noun, it may refer to the branch of mechanics that deals with the motion of bodies.

Synonyms

• Motion-related
• Motion study
• Kinematics (as a noun)

Antonyms

• Static
• Stationary
• Immobile

Examples

1. The engineer studied the kinematic aspects of the vehicle's motion.
2. In robotics, understanding the kinematic movements is crucial for programming.
3. The professor explained the kinematic relationships between speed and time.
4. The kinematic equations help predict the position of objects in motion.
5. The analysis of the kinematic chains in machinery is fundamental to design.
6. Researchers are exploring new kinematic models for better simulations.
7. The kinematic behavior of particles can reveal much about their interactions.
8. To improve performance, athletes often analyze their kinematic data.
9. The kinematic principles apply equally to both linear and rotational motion.
10. The study of kinematic variables is essential in understanding dynamics.
11. The kinematic diagrams provided a clear visualization of the mechanical system.
12. Students learned about the kinematic properties of different materials.
13. The kinematic simulation demonstrated the effects of gravity on the object.
14. Engineers often use software to analyze kinematic motions in prototypes.
15. The kinematic analysis helped optimize the movement of the robotic arm.
16. The concept of kinematic pairs is crucial in mechanical design.
17. The kinematic limits of the joint were tested under various conditions.
18. Understanding the kinematic constraints is vital for accurate modeling.
19. The kinematic parameters were adjusted to improve the machine's efficiency.
20. The team presented their findings on kinematic behavior in a conference.
21. The kinematic study included both theoretical and practical aspects.
22. The kinematic analysis revealed unexpected results in the experiment.
23. The kinematic response of the system was slower than anticipated.
24. By measuring the kinematic variables, they could predict outcomes effectively.
25. The kinematic equations were derived based on initial conditions.
26. The application of kinematic principles in sports science is gaining popularity.
27. The kinematic model accurately represented the motion of the pendulum.
28. The kinematic analysis is critical in optimizing the design of vehicles.
29. The kinematic relationships between distance, speed, and time were discussed.
30. The researchers published a paper on kinematic simulations of fluid flow.
31. The kinematic behavior was tested under various environmental conditions.
32. The effects of friction on kinematic motion were studied extensively.
33. The kinematic framework allows for complex motion modeling.
34. The kinematic data was collected using high-speed cameras.
35. The project involved a detailed kinematic analysis of the robot's movements.
36. The kinematic equations form the basis of classical mechanics.
37. The kinematic relationship is defined by specific mathematical models.
38. The kinematic aspects of the project were highlighted in the report.
39. The kinematic performance of the system exceeded expectations.
40. Understanding the kinematic factors is essential for safety in engineering.
41. They examined the kinematic properties of the new material in their study.
42. The kinematic response of the object was instantaneous.
43. The study focused on the kinematic effects of various forces.
44. The kinematic analysis was integrated into the simulation software.
45. The kinematic data was crucial for improving the design.
46. The kinematic approach simplified the complex motion analysis.
47. The application of kinematic principles in animation is fascinating.
48. The kinematic theory explains how objects move in space.
49. The kinematic properties of the system were modeled mathematically.
50. The kinematic simulation provided insights into the mechanics of flight.
51. The kinematic aspects of the crane's operation were analyzed.
52. The research involved kinematic tracking of the moving objects.
53. The kinematic studies revealed patterns in the motion of particles.
54. The team developed a new kinematic model for the robotic system.
55. The kinematic equations are essential for predicting future states.
56. The kinematic analysis included both experimental and theoretical work.
57. The study on kinematic variables was groundbreaking in its findings.
58. The kinematic properties were scrutinized during the experiment.
59. The kinematic framework helped clarify complex motion interactions.
60. The kinematic design of the mechanism was innovative.
61. The kinematic data was essential for refining the algorithm.
62. The kinematic model accurately depicted the pendulum's motion.
63. The kinematic equations were applied to real-world scenarios.
64. The research team focused on kinematic solutions for better efficiency.
65. The kinematic aspect of the design was revolutionary.
66. The kinematic analysis showed a direct correlation between speed and distance.
67. The kinematic behavior of the system was unpredictable.
68. The kinematic data was analyzed for further insights.
69. The kinematic principles were taught in the introductory physics course.
70. The kinematic response was measured using advanced techniques.
71. The kinematic model was used to simulate various scenarios.
72. The kinematic equations provided a foundation for further research.
73. The kinematic analysis helped improve the performance of the engine.
74. The kinematic properties were essential for understanding the dynamics.
75. The kinematic study revealed new insights into motion.
76. The kinematic relationships were explored in a detailed report.
77. The kinematic data highlighted discrepancies in the expected outcomes.
78. The kinematic framework has applications in various fields.
79. The kinematic equation was derived from basic principles.
80. The kinematic analysis focused on the motion of celestial bodies.
81. The kinematic variables were carefully controlled in the experiment.
82. The kinematic behavior was influenced by external factors.
83. The kinematic model was validated through extensive testing.
84. The kinematic approach simplified the complex calculations.
85. The kinematic principles were illustrated through practical examples.
86. The kinematic study was published in a leading journal.
87. The team conducted a kinematic analysis of the bridge's movements.
88. The kinematic data was essential for the design phase.
89. The kinematic behavior of the material was tested under stress.
90. The kinematic relationships were fundamental to the understanding of motion.
91. The kinematic aspects of the design were thoroughly examined.
92. The kinematic simulations provided valuable insights for the project.
93. The kinematic analysis revealed the efficiency of the system.
94. The kinematic principles were applied to improve the design.
95. The kinematic response to the applied forces was measured.
96. The kinematic study focused on the interaction of multiple objects.
97. The kinematic data was critical for the success of the project.
98. The kinematic relationships were complex but manageable.
99. The kinematic behavior of the object was accurately predicted.
100. The kinematic approach provided a comprehensive understanding of motion.