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How Many Earths Can Fit In Jupiter

How Many Earths Can Fit In Jupiter? Comparing The Two Planets

If you were to ask the average person how many Earths could fit in Jupiter, they’d probably guess that the answer is thirteen. It’s not. Jupiter is 471 times more massive than the Earth and over 100 times larger in diameter. Using this math, we can figure out how many Earths would fit inside it.

Jupiter is the largest planet in our solar system. It’s also the fastest and has the most moons. But how big is it, exactly? If you’re wondering “how many Earths can fit in Jupiter,” it turns out there’s a pretty easy way to calculate that answer.

It’s important to remember that not all planets are the same size, so we’ll have to use an average for Earth. According to NASA, the average radius of Earth is about 3,959 miles or 6,371 kilometers. To get an accurate picture of what would happen if you took all those Earths and put them inside Jupiter, we’d have to know Jupiter’s volume.

Luckily for us, that’s pretty simple to figure out. We need Jupiter’s radius. Its equatorial radius is 43,440 miles or 69,911 kilometers. Now multiply that by three times: 43440 x 43440 x 43440 = 546347544320896000000. That gives us a volume of 546,347,544,320,896 cubic miles or 2,264131366438000 cubic kilometers—an astonishing number!

Scientists have estimated that between 1,300 and 1,400 Earths would be needed to fill Jupiter.

Jupiter is such a large planet that if it was hollow, over one thousand Earths could fit inside it. This is because the size of Jupiter’s diameter is over eleven times larger than Earth’s. Even if all of Jupiter’s mass were somehow removed from the planet without damaging its structure or its gravity, it could still hold at least 1,300 Earths.

The reason for the discrepancy in numbers—some scientists say 1,300 Earths and others say 1,400—is because Jupiter’s mass is so nebulous. It cannot be measured accurately because the interior of Jupiter cannot be seen. Scientists can only make estimates based on what they can see on the surface and study with their instruments on Earth.

Size And Mass Comparison

Jupiter and Earth are nearly opposites when it comes to size and mass. Jupiter is the largest planet in our solar system, with a diameter of about 88,800 miles. By comparison, the diameter of Earth is about 7,900 miles. This means that Jupiter is more than 11 times larger than Earth. If Earth is about the size of a small nickel, Jupiter can be considered a basketball.

Earth also has less mass than Jupiter; much less. The mass of Earth is one quadrillion pounds, while the mass of Jupiter is one septillion pounds (1 followed by 24 zeroes). That means that Jupiter has 1 billion times more mass than Earth!

How Big Is Jupiter?

Jupiter is the largest planet in the solar system. It’s so big that all other planets could fit inside it, including Earth’s moon.

Jupiter is also the fastest spinning planet in our solar system. The fast spin causes its poles to bulge slightly, making it look oblong. It has 63 moons orbiting around it and a faint ring of dust and ice particles. Despite its size and girth, the gravity on Jupiter is only 2.5 times greater than the gravity on Earth.

How Many Earths Can You Fit In Jupiter’s Red Spot?

You’ve probably heard of Jupiter’s Great Red Spot. It’s a giant storm raging on the largest gas giant in our solar system for what scientists believe is at least 300 years, and possibly as many as 400. But have you ever wondered how many Earths could fit inside?

To find out, we need to know two things: the diameter of Jupiter’s Great Red Spot and the diameter of Earth. The diameter of the Great Red Spot is about 11,000 miles, while the diameter of Earth is about 7,900 miles. You can fit about three Earths inside the Great Red Spot.

Can There Be Life On Jupiter?

Jupiter is one of the largest planets in our solar system. It is made up of gas and does not have a hard surface like other planets. Jupiter has an atmosphere that comprises mostly hydrogen, some helium, and minimal amounts of methane, ammonia, water vapor, and sulfur compounds. The planet also has an icy core surrounded by a compressed layer of liquid hydrogen.

Jupiter’s atmosphere is incredibly turbulent because the planet rotates very quickly on its axis—a day on Jupiter lasts just 10 hours. The planet’s strong winds blow at speeds of 320 kilometers per hour (200 miles per hour) near the equator. Because of this wind speed and the sheer size of Jupiter, there are no known moons or probes that could survive landing on the planet.

Because of these factors, scientists agree that Jupiter’s environment is probably not conducive to life. However, they believe that beneath its thick cloud cover, Jupiter may have a rocky core similar to Earth’s. This core could contain water and organic molecules—the necessary components for life to exist.

How Many Earths Can Fit On The Sun?

To figure out how many Earths can fit on the Sun, we need to divide the diameter of the Sun by the diameter of the Earth. When you divide 1.3 million by 12,742, you get about 102.5 billion. If you round it down, about 100 billion Earths can fit on the Sun.


Jupiter is a very dense planet, making it one of the most massive planets in the solar system. Jupiter’s composition is almost entirely made up of hydrogen and helium, which are both gases at standard temperature and pressure. On the other hand, Earth has a solid metallic core surrounded by a mantle and crust.

Each planet is different in its own right. If we start getting serious with the concept of habitable planets beyond Earth, we need to start focusing on what makes those exoplanets function within the parameters of life.

As a gas giant, Jupiter is made primarily of hydrogen and helium, with a core that contains some rock and other elements. Though it has the most mass in our solar system, even Jupiter cannot hold all the mass within. So, what gives? If you translate the Sun’s mass into Earth’s, you can fit 1300 of them inside of Jupiter. But that doesn’t mean you could survive for long there – Jupiter’s atmospheric pressure is 2.5 x that of Earth’s at sea level!

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