compound pendulum Antonyms

No Synonyms and anytonyms found

Meaning of compound pendulum

Wordnet

compound pendulum (n)

pendulum consisting of an actual object allowed to rotate freely around a horizontal axis

compound pendulum Sentence Examples

  1. A compound pendulum consists of a rigid body suspended from a fixed point that swings freely.
  2. The compound pendulum exhibits a more complex motion compared to a simple pendulum due to its extended shape.
  3. Physicists study the dynamics of a compound pendulum to understand its behavior under different conditions.
  4. The period of oscillation of a compound pendulum depends on factors such as its length, mass distribution, and gravitational acceleration.
  5. Engineers utilize the principles of a compound pendulum in designing mechanisms for various applications, including clocks and seismometers.
  6. The compound pendulum's motion is governed by the principles of classical mechanics and harmonic motion.
  7. The compound pendulum's period can be calculated using mathematical formulas derived from its physical properties.
  8. The length of the rod and the position of its center of mass affect the stability and motion of a compound pendulum.
  9. The compound pendulum is a classic example used in physics classrooms to demonstrate concepts such as oscillation and energy conservation.
  10. Astronomers use compound pendulums in the construction of precise timekeeping devices used in astronomical observations.

FAQs About the word compound pendulum

pendulum consisting of an actual object allowed to rotate freely around a horizontal axis

No synonyms found.

No antonyms found.

A compound pendulum consists of a rigid body suspended from a fixed point that swings freely.

The compound pendulum exhibits a more complex motion compared to a simple pendulum due to its extended shape.

Physicists study the dynamics of a compound pendulum to understand its behavior under different conditions.

The period of oscillation of a compound pendulum depends on factors such as its length, mass distribution, and gravitational acceleration.