The main differences between Ganymede and Mercury would be that Mercury is an officially recognized planet and is the smallest of the 8 planets whilst Ganymede is the biggest moon in our solar system and larger than Mercury. Nevertheless, Mercury’s density is twice that of Ganymede, meaning it has twice the mass of the natural … Read more
Charon and Callisto are two of the moons located in the Milky Way solar system. The former is an icy world tidally locked to its almost sister planet, Pluto. Callisto is a giant, frigid landscape orbiting Jupiter. Both of these moons fascinate scientists as there’s a chance they could have water below the surface, meaning … Read more
The main differences between Pluto and Ganymede would be that Pluto is a dwarf planet with 5 moons whilst Ganymede is more than 2 times its diameter making it the largest moon in our solar system has no moons orbiting it and Ganymede is also the only moon observed to have a magnetosphere which Pluto … Read more
The main differences between Venus and Ganymede is that Venus is a terrestrial planet that orbits the Sun whilst Ganymede is a natural satellite that orbits Jupiter, Venus’ day is 243 days in length whilst a Ganymede day is 7 days and Ganymede is the biggest moon in our solar system whilst Venus is the … Read more
The main differences between Jupiter and Titan are that Jupiter is the largest planet in our solar system with a gas based composition consisting mostly of hydrogen helium whilst Titan is the 2nd biggest Moon in our solar system and is the most Earth like entity in our solar system, with rivers, lakes, terrestrial body … Read more
The main differences between a white dwarf and a hypernova is that a white dwarf is a dead remnant of a star the size of our Sun whilst a hypernova is an explosion that occurs when a star 30+ solar masses in size is at the end of its lifespan, leaving behind a black hole … Read more
The main differences between a neutron star and a kilonova is that a neutron is the outcome of a smaller supernova explosion whilst a kilonova occurs when 2 neutron star merge together, forming an explosion 1,000 times brighter than a normal nova and resulting in a potential black hole forming. There are other features that … Read more
The main difference between a nova and a neutron star is that a neutron star is the aftermath of a large star that has gone supernova, and is amongst the densest celestial objects in the Universe whilst a nova is an explosion that occurs on a white dwarf’s surface as a result of a nuclear … Read more
The main difference between a neutrom star and hypernova is that a neutron star is the extremely dense remnant of a dead star that is 10 -20 solar masses or a white dwarf that has gone supernova, whilst a hypernova occurs when a star that is 30+ solar masses explodes and creates the most powerful … Read more
The main differences between the Moon and Europa is that the Moon is Earth’s only natural satellite and is the 5th biggest moon with a diameter of 3474.8km whilst Europa is the smallest Galilean moon but is still the 6th biggest natural satellite with a diameter of 3,121.6km and Europa’s surface is mostly water ice … Read more