The number would vary greatly, as reg giants vary in size, but a sunlike star may become a red giant of about 200 solar radii. A star that size would have about 10 trillion times the volume of Earth.
24 Earths could fit in it. More than 1,300 in the whole Jupiter.
About two million suns could fit into Alpha Hercules, which is a red giant star with a radius approximately 130 times that of the sun.
A red giant star.
Betelgeuse is a red giant.
Its justa red giant or supergiant
Approximately 3 Earths could fit inside Jupiter's Great Red Spot, which is a giant storm that has been raging for centuries on the planet. The storm is large enough to fit several Earth-sized planets within it.
24 Earths could fit in it. More than 1,300 in the whole Jupiter.
If the question was what is the biggest star in the universe it would be Canis Majoris, which is HUGE. We can fit 1 million Earths inside our sun, and you can fit 7 QUADRILLION Earths inside Canis Majoris!
Approximately 3 Earths could fit inside Jupiter's iconic red spot, also known as the Great Red Spot. This means the spot is vast enough to hold an impressive amount of Earth-sized objects within its boundaries.
A yellow star. The Sun is definitely not a red giant; if it were to swell to the size of a red giant (like Antares, for example), our Earth would end up inside the Sun.
The Great Red Spot on Jupiter is large enough to fit approximately three Earths inside it. This storm feature is a massive, high-pressure anticyclonic storm that has been raging for centuries on Jupiter's surface.
you could fit roughly 3 earths in the Red Spot.
you could fit roughly 3 earths in the Red Spot.
The Great Dark Spot on Neptune, similar to Jupiter's Great Red Spot, is a massive storm system on the planet's surface. It is estimated to be about the size of Earth. Therefore, you could fit approximately one Earth inside Neptune's dark spot.
About two million suns could fit into Alpha Hercules, which is a red giant star with a radius approximately 130 times that of the sun.
About 250 times greater than it is at the moment, or about the size of Earths orbit. 1 AU.
It would take over 7,000,000,000,000,000 (7 quadrillion) Earths to fill the volume of VY Canis Majoris, the largest star in the universe