Planetary Science

The small lump of rock or metal that moves around the sun mainly between Mars and Jupiter is known as an asteroid. Asteroids are remnants from the early formation of the solar system and are composed of rock, metal, and sometimes ice. They vary in size from a few meters to hundreds of kilometers in diameter and are primarily found in the asteroid belt located between the orbits of Mars and Jupiter.

The Earth takes approximately 365.25 days to complete one orbit around the Sun. This period of time is known as a tropical year. The extra .25 days are why we have a leap year every four years to account for the discrepancy.

To determine how many Plutos can fit in Mars, we need to compare their volumes. The volume of Pluto is approximately 6.39 x 10^9 cubic kilometers, while the volume of Mars is about 1.63 x 10^11 cubic kilometers. By dividing the volume of Mars by the volume of Pluto, we find that roughly 25 Plutos can fit inside Mars.

There are too many meteors in the solar system to count individually. Meteors are constantly entering the Earth's atmosphere, but many burn up before reaching the surface. Additionally, there are countless meteors orbiting the Sun, as well as those in the asteroid belt and beyond.

Oh, dude, "Save the Moon" is a campaign by Kerdy Dickus to raise awareness about protecting the moon from potential threats like asteroid impacts or space debris. It's like saying, "Hey, let's not mess up the moon, it's kinda important for tides and stuff." So, yeah, let's save the moon for Kerdy Dickus and all of us who enjoy looking up at the night sky without worrying about it getting wrecked.

living organism are existing on the earth due to a fravourable environment, and at the same time the praticular animals and plant have particular characteristic features which permit them to adapt certain parts of biosphere. this is called the

adapation of the livings being to a particular environment. the livings beings use different amount of elements from soil. wastes matter ans dead bodies disintergate and decompose into inorganic and organic materials. so all the things which living beings need are only found hence we called earth as a living planet

Sound can not travel in the vacuum of space, but if it could, and assuming the same speed as in normal air, then it would take about 19 years for sound to travel 93 million miles at 768 miles per hour.

Well, isn't that an interesting thought! On Mercury, a neighbor might look quite different from what we're used to here on Earth. With its extreme temperatures and lack of atmosphere, they might have evolved to withstand the intense heat during the day and the freezing cold at night. Perhaps they would have adapted to communicate using methods other than sound, given that sound doesn't travel in a vacuum. How fascinating to imagine the unique features and abilities they might have developed to thrive in such a harsh environment!

• like ring got them here
• planet with the rings
• rings w/ the planet
• rocken rings

Yes. I was born on the Wednesday before Easter in 1943. My birthday date is April 21. April 25 is the latest that Easter falls for Christians except in the Orthodox church when it can fall even later. I think my neighbor told me that Passover has to occur before her church celebrates Easter.

Oh, dude, space words that start with "f"? Let me think... oh, yeah, there's like "fuel" for the rockets, "fission" for like splitting atoms, and "gravity" because, you know, things fall in space too. So, yeah, those are some spacey words that start with "f."

A few planets have more than 15 moons. Take Jupiter, which has at least 63 of them. Saturn has 60 known moons, while Uranus has 27.

I'm reading a 1987 book of date that says: Jupiter has at least 16, Saturn: 23 and Uranus, 15.

Approximately spherical, but because of the speed of their rotation, there is certain 'oblateness' - a little flattening of the shape on the poles. The shape that results is often called a 'geoid'.

There are millions of stars that fit that description. On the Main Sequence a star needs a spectrum of type A to be around 9000 degrees, and 1 to 20 times the luminosity of the Sun means an absolute magnitude in the range 1.2 to 4.7. For example Sirius.

The parent planet of a moon is the planet that the moon orbits around. For example, the parent planet of Earth's moon is Earth itself. Moons are natural satellites that orbit planets due to gravitational forces, with the parent planet being the primary celestial body that the moon is gravitationally bound to.

The order of the planets closest to the sun to furthest away gives you the order of planets starting with the shortest orbit time to the longest orbit time. This is due to Kepler's third law, which states that the orbit time increases as the distance from the sun increases. Mercury is the closest planet, therefore it has the shortest orbit time. Next is Venus, then Earth, then Mars, then Jupiter, then Saturn, then Uranus, and finally Neptune, because it is the farthest away from the sun.

The words "favor" and "planet" are alike in that they are both nouns in the English language. They both have two syllables and are commonly used in everyday conversation. However, they differ in meaning and usage, with "favor" referring to an act of kindness or support, while "planet" refers to a celestial body that orbits a star.

In the night sky gleams Mars, Red planet burning brightly, Warrior in space.

Oh, dude, Jupiter and Mars are both planets in our solar system, so that's pretty cool. They're both made of rock and gas, but like, Jupiter is way bigger than Mars - like, it's the big brother of the two. So, yeah, they're similar in some ways, but also totally different sizes.

Planets do not have the ability to read as they are inanimate celestial bodies. However, if we were to anthropomorphize planets, they would likely "read" the cosmic forces and physical laws that govern their existence, such as gravity, electromagnetic radiation, and celestial mechanics. In a more playful sense, planets might "read" the history of the universe through the geological records embedded in their surfaces.

Alpha Centauri is the closest star system to Earth, located approximately 4.37 light-years away. One light-year is equivalent to about 63,241 astronomical units (AU). Therefore, Alpha Centauri is approximately 276,771 AU away from Earth.

90 degrees from North would be East, then another 45 degrees from that would bring it halfway to South. Therefore, 135 degrees clockwise from North is Southeast.

Oh, dude, they totally marched counterclockwise around Jericho. I mean, who even marches clockwise these days, right? Like, they were all about breaking down walls and defying the norms, so counterclockwise it was. Plus, it gave them a better view of the city as they strutted their stuff.