All of the planets in our solar system, and all of the 'exoplanets' so far discovered
by the current Kepler telescope mission, are smaller than almost all stars.
Jupiter is not a star. It is a planet. However, there are stars that are smaller than the planet Jupiter.
A black dwarf would be about the same size as a terrestrial planet such as Earth, so it would be larger than some planets but smaller than others.
The Latin term for "little star" is asteroid(Sun-orbiting body smaller than a planet).
Yes, a star is generally much larger than a planet. Stars are massive celestial bodies that generate light and heat through nuclear fusion, whereas planets are smaller bodies that orbit stars.
No known planet is smaller than Mercury since Pluto was reclassified as a Dwarf Planet.
Eris is not a planet; it is a dwarf planet. It is much smaller than Earth.
A star is burning and made of gas and fire, while a planet is made of soil and rocks. a star is smaller
On the whole stars are much larger than planets, but there are some dwarf stars that are smaller than giant planets.
Size is not the differentiation of whether something is a planet or moon. The difference is what ir orbits. A planet orbits a star, and only a star. A moon orbits a planet. A moon is always smaller than the planet it belongs to, but some large moons are bigger than small planets. Ganymede and Titan are both larger than the planet Mercury, but are still much smaller than than planets they orbit, Jupiter and Saturn.
Stars are much bigger than planets. The only stars that are smaller than planets are neutron stars.
Much bigger. Earth is a relatively small planet, much smaller than even a dwarf star. A supernova is a very large star exploding.
Mercury is smaller than Titan, but Titan is a moon, not a planet.