Seasons or even biodiversity are determined by the earth’s proximity to the sun and the quantity of daylight it gets. The tilt of something like the earth’s axis, not its proximity to the sun, determines how much sun a place experiences. Between the earth and the sun, there are a number of distinctions. Some are self-evident, some are not. And this article outlines all of the significant and striking contrasts between the two celestial bodies.
Earth vs Sun
The difference between Earth and Sun is that Earth is a planet whereas Sun is a star. Apart from this basic difference, The earth is made up of solid rock, whereas the sun is mostly made up of harmful gases. The Sun is made up of hot gas clouds which are combustible, whereas the Earth is built up entirely of rocks and hence, the Earth has something called a ‘landform’ which the sun does not have.
Our homeland, Earth, is the closest planet to the sun. While researchers keep looking for signs of life elsewhere in the cosmos, Earth maintains the only location where we’ve ever found life forms and a sustained environment to support the life forms dwelling inside it.
The Earth is the fifth-largest planetary body in the Solar-system. It is smaller than just the four gaseous giant planets — Jupiter along with the beautiful Saturn, Uranus, as well as Neptune — but bigger than Mercury, Venus as well as Mars, the three remaining rocky planets which are smaller and more toxic.
The Sun, on the other hand, is the star within which the Earth and also the rest of the solar system orbit. It’s the system’s dominating body, accounting for more than 99 percent of the total volume. The Sun is a massive form of energy, some of which is used to give Earth both the warmth and sunlight it requires to sustain life.
Comparison Table Between Earth and Sun
|Parameters Of Comparison||Earth||Sun|
|Body||It is a Rocky Body with a mass of 5.972E24 kg||It is a gaseous heavenly body with 92% Hydrogen in it. The Sun is a star.|
|Atmosphere||Earth has one atmosphere with several layers in it.||The Sun has no atmosphere but it has eruptive solar flares around its surface.|
|Radius||6371 kms is the radius of Earth.||695,500 km|
|Composition||Rocks and water along with various organic and inorganic elements.||The Sun mostly consists of Hydrogen as well as Helium along with a little oxygen and Carbon Dioxide.|
|Origin Date||Around 4.5 billion years ago Earth was formed.||4.6 Billion years ago.|
What is Earth?
The Earth is the planetary system’s highest density massive body. The Earth orbits the sun and spins on its center from west to eastward. The Earth rotates once every 24 hours and makes one trip around the sun every 365 days. As a result, this period is referred to as a year. The third planetary body from the Sun is Earth. The sun shines on different regions of the globe, creating hourly climatic variations in the people who live there.
The Earth spins from west to east around with an imaginary orbit running across both polar tips, the North as well as South Poles. Because these poles are orthogonal to the equator’s line, the hypothetical line is known as the Earth’s axis of rotation and it is fictitious. The Earth is essentially a solid object composed of saturated rocky bodies on which a person may exist and live.
The Earth completes one rotation around the Sun every 365 days, which is referred to as a year. The moon completes its rotation around the Earth in 29.53 days (about 30 days), and this timeframe is known as a lunar cycle.
The Sun is a star, whereas the earth is a celestial body known as a planet. The earth is made up of various elements as a planetary body. It’s a solid block of rock that’s compacted.
It has an environment that is suitable for sustaining life and an atmosphere that acts as a natural shield against the harmful substances that come from outer space. As a result, it is an environment in which living things may thrive or live.
What is the Sun?
The Sun is a star that sits at the center of the Solar System, surrounded by terrestrial planets. The sun resembles a massive orange gaseous ball, yet it is essential for life on Earth. The size of the Sun is approximately 150 times that of the Earth. Although the sun is far distant, its rays strike the Earth as well as the moon at different vantage points.
The Sun is classed as a G2 V stellar star, with G2 denoting the second hottest stars inside the yellow G class—surface temperatures of roughly 5,800 kelvins (K)—where V denoting a growth stage, or dwarf, star, which is the most common star in this range of temperature due to its concrete concentrated body.
In terms of size, the sun is around 100 to 150 times larger than the Earth. This indicates that if you line up 100 copies of the earth in a single direction and link the beginning and finish, the diameter of the Sun would be the same.
For 4.6 billion years, the Sun has indeed been blazing. In the center, where the combustion is most fast, a significant amount of hydrogen has already been transformed to helium. Helium clings to the surface, where it collects more energy than protons. This boosts the luminosity and elevates the center heat.
Main differences Between Earth and Sun
- The Earth is a planet whereas the Sun is a star.
- The Earth has sustainable life and a life-supporting environment in it whereas the Sun is burning hot and does not support life.
- The Earth is solid whereas the Sun is gaseous with 92 percent of hydrogen in it.
- The Earth is around 100 to 150 times smaller than the Sun.
- The Earth orbits the Sun whereas the Sun Orbits nothing, it just rotates on its axis.
The Sun along with the earth make up the majority of the Solar system. The former being compared to a huge balloon and the latter being compared to marble, may be inferred. As a result, the sun has a capacity of 1,000,000 times that of the earth. In this regard, the Sun has around 10,000 times the contact area of the planet due to its enormous immensity.
They are completely different in terms of dimension, capacity, circumference, and weight. An astronomical unit is an arithmetic mean between the Earth and the Sun’s distance which can be measured in Light Years.