1) The scientist used a tensiometer to measure the surface tension of the liquid.

2) The tensiometer indicated that the tension of the material was lower than expected.

3) The manufacturer relied on a high-precision tensiometer to ensure product quality.

4) The tensiometer displayed a reading of 35 dynes/cm for the liquid solution.

5) The researcher calibrated the tensiometer before conducting the experiment.

6) The tensiometer provided accurate and consistent readings across multiple trials.

7) Using a tensiometer, the engineer determined the optimal tension for the material.

8) The tensiometer showed that the water had a high surface tension due to the added detergent.

9) The tensiometer needle fluctuated as the technician adjusted the settings.

10) The tensiometer helped identify the relationship between temperature and surface tension of the substance.