Pendulumn example sentences

"Pendulumn" Example Sentences

1. The pendulumn swings back and forth in a steady rhythm.
2. The grandfather clock's pendulumn tick-tocks throughout the day.
3. She observed the movement of the pendulumn with fascination.
4. The scientist studied the mechanics of the pendulumn.
5. The pendulumn's swing gradually slowed down.
6. The pendulumn's arc was measured and recorded.
7. He built a pendulumn to test his hypothesis.
8. The pendulumn's bob was heavy and made of metal.
9. The clock's pendulumn needed to be adjusted for accuracy.
10. The pendulumn serves as an important timekeeping mechanism.
11. The pendulumn on the toy clock was broken.
12. The pendulumn in the physics experiment swung with precision.
13. The weight of the pendulumn affects its swing speed.
14. The professor explained the concept of simple harmonic motion using a pendulumn.
15. The pendulumn's swing was mesmerizing to watch.
16. The clockmaker carefully adjusted the length of the pendulumn.
17. The pendulumn's movement can be used to demonstrate the laws of motion.
18. The pendulumn's motion oscillates between two points.
19. The pendulumn's frequency can be calculated using mathematical equations.
20. The sound of the pendulumn's tick-tock echoed in the silent room.
21. The pendulumn gradually slows down due to friction.
22. The pendulumn swings with uniform circular motion.
23. The pendulumn's amplitude can be adjusted to increase or decrease its swing.
24. The pendulumn's period depends on its length.
25. The pendulumn is used in many mechanical devices and instruments.
26. The artist incorporated a pendulumn in her kinetic sculpture.
27. The pendulumn's trajectory can be calculated using trigonometry.
28. He demonstrated the effects of air resistance on a pendulumn's swing.
29. The pendulumn's motion is used in seismology to measure earthquakes.
30. The pendulumn's swing has been used in studies on human perception and cognition.

Common Phases

1. The pendulum swung back and forth;
2. The weight of the pendulum created a rhythmic sound;
3. The length of the pendulum determined the rate of its swings;
4. The pendulum's motion was used to study gravity;
5. A clock's pendulum helps to regulate time;
6. Pendulums have been used for centuries in scientific experiments;
7. A pendulum can illustrate the principle of conservation of energy;
8. The period of a pendulum is influenced by its length and gravity;
9. Pendulums are often used in art installations as a kinetic element;
10. Galileo was the first to observe and analyze the motion of a pendulum.