binary star Antonyms

Meaning of binary star

Wordnet

binary star (n)

a system of two stars that revolve around each other under their mutual gravitation

binary star Sentence Examples

  1. A binary star system consists of two stars that orbit around their common center of mass.
  2. Binary star systems are common in the universe, with many stars existing in pairs or even larger groups.
  3. The study of binary star systems provides valuable insights into stellar evolution and dynamics.
  4. Binary stars can be classified into various types based on their separation, mass, and orbital characteristics.
  5. Some binary star systems exhibit eclipses when one star passes in front of the other, causing periodic changes in brightness.
  6. Binary star systems play a crucial role in astrophysics, serving as laboratories for testing theories of gravity and stellar structure.
  7. The orbits of binary stars can range from close, where the stars are almost touching, to wide, where they are separated by vast distances.
  8. Astronomers use techniques such as spectroscopy and interferometry to study the properties of binary star systems.
  9. Binary stars can influence each other's evolution through gravitational interactions, affecting their lifetimes and eventual fates.
  10. The discovery of exoplanets in binary star systems expands our understanding of planetary formation and habitability in the universe.

FAQs About the word binary star

a system of two stars that revolve around each other under their mutual gravitation

variable,neutron star, giant star, white dwarf, red star, variable star, fixed star, lodestar, supernova, red dwarf

No antonyms found.

A binary star system consists of two stars that orbit around their common center of mass.

Binary star systems are common in the universe, with many stars existing in pairs or even larger groups.

The study of binary star systems provides valuable insights into stellar evolution and dynamics.

Binary stars can be classified into various types based on their separation, mass, and orbital characteristics.