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What would Jupiter's radius be if it was shrunk by 96 percent?
If Jupiter's radius was shrunk by 96%, then it would be 1,738 miles (2,797 km), still being larger than Mercury.
Would Mercury be large enough to be spherical if the radius was shrunk by 96 percent?
No, it would not, because the smallest possible radius for a spherical celestial body is 200 km (124 miles) and Mercury would only have a radius of 61 miles (98 km) if it was shrunk 96%.
What would Mars' radius be if it was shrunk by 96 percent?
Mars's radius would be a measly 86.4 miles (139 km), meaning it would be unable to maintain its hydrostatic equilibrium.
Would Venus be large enough to be spherical if the radius was shrunk by 96 percent?
Yes, Venus would be large enough to be spherical if the radius was shrunk by 96%. The point at which a planet achieves hydrostatic equilibrium is 124 miles (200 km), and Venus' radius would be 150 miles (241 km).
What would be the radius of Mars' third moon if it was 27 percent of the radius of Mars?
The radius of the moon would be 588.7 miles (947.4 km).
What would be the radius of Venus' moon if it was 27 percent of the radius of Venus?
If the planet Venus had a moon 27% of its radius, then its moon would have a radius of 1,025 miles (1,650 km).
If a cylinder and rsquos radius and height are each shrunk down to a third of the original size what would be the formula to find the modified surface area?
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How many earth can Jupiter accommodate if the radius of Jupiter is 11 times the radius of the earth?
Jupiter's volume is about 1,321 times greater than that of Earth due to its larger radius. Therefore, Jupiter could accommodate about 1,321 Earths within its volume.
What is the distance from the Earths center to a point outside the Earth where the gravitational acceleration due to the Earth is 1 26 of its value at the Earths surface?
That would have to be at a radius that is sqrt(26) = 5.1 times the Earth's physical radius, or about 32,486 kilometers (20,186 miles) from the center.
What would be the radius of one of Jupiter's moons if it was 27 percent of the radius of Jupiter?
The radius of the moon would be 11,840 miles (19,055 km), seven times larger than any other moon in the Solar System.
What would the radius of one of Saturn's moons be if it was 27 percent of the radius of Saturn?
The radius of this moon would be 9,862 miles (15,871 km), six times larger than any other moon in the Solar System.
How many earth's could fit in the sun if the sun expanded by 325 percent?
If the sun expanded by 325 percent, it would be large enough to fit approximately 1.28 million Earths within its volume. This expansion would increase the Sun's radius significantly, making it much larger than its current size.
