100 Examples of sentences containing the common noun "goniometer"

Definition

A goniometer is a device used for measuring angles, particularly in the fields of medicine, physics, and engineering. It is often employed in physical therapy to assess joint angles and range of motion, as well as in various scientific applications to measure angular displacement.

Synonyms

• Angular measurement device
• Angle finder
• Protractor

Antonyms

• None (as "goniometer" refers to a specific measuring tool)

Examples

1. The physical therapist used the goniometer to measure the patient's knee flexion.
2. To ensure accuracy, the scientist calibrated the goniometer before taking measurements.
3. Using a goniometer, the engineer was able to determine the precise angles needed for the project.
4. The goniometer is an essential tool in assessing joint function after surgery.
5. She adjusted the goniometer to obtain a clearer angle measurement.
6. The goniometer allowed the researcher to collect data on angular motion.
7. He recorded the results from the goniometer in his lab notebook.
8. The goniometer is vital for biomechanical analysis in sports science.
9. After taking measurements with the goniometer, they proceeded to analyze the data.
10. The goniometer helps in diagnosing joint disorders by measuring limitations in range of motion.
11. She held the goniometer steady while her colleague took the reading.
12. The goniometer provided accurate angles for the architectural design.
13. To teach students about angles, the professor demonstrated how to use a goniometer.
14. The goniometer was calibrated to ensure precision in the experimental setup.
15. He learned to goniometer the angles during his physics lab.
16. A digital goniometer can offer enhanced precision and ease of use.
17. They utilized the goniometer to assess the flexibility of the athletes.
18. The goniometer reading indicated a significant improvement in joint mobility.
19. She was trained to goniometer various joint movements for rehabilitation purposes.
20. The goniometer was essential for the research on human motion.
21. After measuring, the technician noted the goniometer results for further analysis.
22. The goniometer is often used in conjunction with other measurement tools.
23. When using the goniometer, it’s important to follow proper technique for accurate results.
24. The goniometer can also be used in educational settings to teach basic geometry.
25. He found the goniometer to be a useful tool for his architecture project.
26. The goniometer confirmed the angle was exactly 90 degrees.
27. Students were required to goniometer the angles of various geometric shapes.
28. The goniometer is a standard instrument in many laboratories.
29. They decided to goniometer the angles to ensure they met the specifications.
30. The goniometer can help visualize the movement of joints in real time.
31. She quickly learned how to goniometer her own range of motion.
32. The goniometer results showed a decrease in joint stiffness.
33. He was surprised at how easy it was to goniometer with the new digital device.
34. The goniometer was crucial for the orthopedic assessment.
35. Researchers often need to goniometer angles during their experiments.
36. The goniometer readings were taken at multiple points in the study.
37. The goniometer helps in tracking recovery progress in patients.
38. It is important to hold the goniometer in the correct position for accurate measurements.
39. The goniometer can be adjusted for different types of measurements.
40. They used the goniometer to assess the alignment of the structure.
41. Knowing how to goniometer is essential for accurate data collection.
42. The goniometer is often used in conjunction with video analysis.
43. Using a goniometer can help improve athletic performance.
44. The results from the goniometer were presented at the conference.
45. The goniometer is a simple yet effective tool for measuring angles.
46. She decided to goniometer her progress in physical therapy using the device.
47. The goniometer was designed for ease of use in clinical settings.
48. He learned to goniometer the angles accurately after a few attempts.
49. The goniometer provided valuable data for the research project.
50. The therapist recommended that he regularly goniometer his range of motion.
51. The goniometer was used to measure the angles of the joints.
52. She made sure to goniometer the angles before finalizing the design.
53. The goniometer showed that the angle had increased significantly.
54. He was excited to goniometer his progress in flexibility.
55. The goniometer allows for precise measurement of angular displacement.
56. During the experiment, they forgot to goniometer the angles correctly.
57. The goniometer was a key tool in the biomechanics study.
58. She was asked to goniometer the angles for her final project.
59. The goniometer helped validate the findings of the study.
60. He needed to goniometer the angle before proceeding with the construction.
61. The goniometer is often used in ergonomic assessments.
62. They demonstrated how to goniometer angles during the workshop.
63. The goniometer is a fundamental tool in physical therapy settings.
64. She was able to goniometer her progress effectively over time.
65. The goniometer revealed discrepancies in the expected measurements.
66. To improve accuracy, they decided to goniometer multiple times.
67. The goniometer was essential for the engineering project.
68. He learned how to goniometer the angles in his geometry class.
69. The goniometer indicated that there was no change in the patient's condition.
70. The technician was trained to goniometer various angles correctly.
71. They used the goniometer to ensure the angles met safety standards.
72. The goniometer was necessary for completing the analysis.
73. She needed to goniometer the joint angles for her thesis.
74. The goniometer readings were crucial for the experiment's validity.
75. He decided to goniometer the angles before the final evaluation.
76. The goniometer was used to measure the angle of the ramp.
77. She practiced how to goniometer her range of motion at home.
78. The goniometer confirmed the hypothesis about joint flexibility.
79. They had to goniometer the angles several times for accuracy.
80. The goniometer results prompted further investigation into the conditions.
81. He used a handheld goniometer for quick angle measurements.
82. The goniometer is integral to the assessment of physical impairments.
83. They will need to goniometer the angles during the next session.
84. The goniometer indicated a notable increase in joint mobility.
85. Understanding how to goniometer is essential for the project.
86. The goniometer was used to track changes over time.
87. She was eager to goniometer her flexibility progress.
88. The goniometer is a standard tool in rehabilitation clinics.
89. The technician will goniometer the angles before proceeding.
90. The goniometer provided consistent results across multiple trials.
91. The goniometer is critical for measuring angles in engineering.
92. He learned to goniometer angles effectively after some practice.
93. The goniometer is often used in biomechanics research.
94. They needed to goniometer the angles accurately for the design.
95. The goniometer helped clarify the results of the study.
96. She was instructed to goniometer her movements during therapy.
97. The goniometer reading was crucial for the final analysis.
98. Using the goniometer, the therapist assessed the patient's recovery.
99. The goniometer revealed significant improvements in joint function.
100. He had to goniometer the angles before submitting his report.