Planet Earth

The Earth rotates through 360 degrees longitude every 24 hours.

Exposure typically refers to the surface of the Earth where rocks are subjected to weathering and erosion by atmospheric agents like air and water. Inside the Earth, rocks are subject to high pressure and temperature conditions within the Earth's crust and mantle, but these processes are referred to as metamorphism or melting rather than exposure.

Possibly. The Bible indicates that planet EARTH itself will last forever (Ecclesiastes 1:4, Psalms 104:5,Psalms 37:29) HOWEVER, the world of wickedness active on the earth today, WILL end at God's appointed time (Matthew 24:14)(Daniel 2:44), but no one but God knows that date (Mark 13:32). We on earth were only given signs to recognize the 'time period' when the end would come, and we're seeing them all around us now(2 Timothy 3:1-5)(Matthew 24:3-14)(Luke 21:10-11)(Matthew 24:37-39/2 Peter 3:6)(Matthew 28:19, 20)

Earth is considered the most favored planet in the Solar System because it possesses the right conditions to support life, such as liquid water, a protective atmosphere, and a suitable distance from the sun. These factors make Earth a unique and habitable planet compared to the other planets in our solar system.

The Earth's core weighs approximately 1.9 x 10^24 kilograms, which is about 1/3 of the Earth's total mass.

Planets stay in orbit around the sun due to the gravitational force exerted by the sun. This force keeps the planets moving in a curved path, balancing the inward pull of gravity with the outward momentum of the planet's motion. This dynamic equilibrium ensures that the planets continue to revolve around the sun in stable orbits.

Because just like a baby needs its mother to survive, we (and all life on Earth) need Mother Earth to be able to live, too. We also owe "her" that, since "she" gave us life and all that we need to sustain us. We protect the earth because she is the only planet that protects us and keeps us safe.

Time on Earth is typically measured based on the movement of Earth as it rotates on its axis. This rotation creates the cycle of day and night, which is divided into 24 hours. Additionally, Earth's movement around the Sun creates the concept of a year, which is divided into 365 days.

the name of the first person on the planet of the earth is hazrat Adam (a.S) .this is written in the holy book of Muslims QURAAN.and no another one example is found in the world so from it we realize that it is a true religon.

Well, simply because it's currently the only planet that contains large amounts of water on its surface. Water covers more than 70% of Earth's surface, which contributes to calling our planet, the water planet.

It's Venus at the moment, but depending on positions in orbit sometimes mars or mercury could be closer.

No, the weight of the earth is much greater than that of 110 billion people. The mass of Earth is about 8.6*10^22 times the mass of the average human. In other terms about 86 sextillion or 86 thousand billion billion times the mass of the average human.

Earth isn't the only planet, but if you mean 'that make earth the only planet with life', then I can say that it is due to the atmospheric pressure, amount of each gas in the atmosphere, the land/sea mass ratio and temperature.

The local zenith is perpendicular to the rotation axis of the Earth at a specific location. It represents the point directly above an observer, pointing towards the celestial sphere. The rotation axis of the Earth is an imaginary line around which the Earth spins.

Kidney infection is a general term used to describe infection of the kidney by bacteria, fungi, or viruses. The infecting microbe may have invaded the kidney from the urinary bladder or from the bloodstream.

Large sections of Earth's crust move due to the constant motion of the tectonic plates that make up the Earth's surface. This movement is caused by the heat generated from the Earth's core, which drives convection currents in the mantle. As the currents move, they drag the overlying tectonic plates along with them, resulting in the motion of the Earth's crust.

There are planets outside our solar system known as exoplanets that might have Earth-like conditions, but none have been found that are identical to Earth. The search for Earth-like exoplanets continues using telescopes and technologies to explore the vast universe.

No, the term "outdoors" refers to the exterior environment on Earth, while "outside the Earth's atmosphere" means in outer space. Space is a vacuum with no atmosphere, so the two terms are distinct.

No, not all planets are tilted like Earth. Each planet has its own unique tilt or axial tilt. For example, Uranus has a tilt of almost 98 degrees causing it to rotate on its side, while Venus has a very small tilt of less than 4 degrees.

The greatest difference is in their size. Gas giants are large but have a very low average density (much of their size includes their atmospheres).

From a physical standpoint, terrestrial (rocky) planets have a solid exterior surface. Jovian (gas giant) planets instead exhibit a smooth range of increasing density, and do not have the abrupt change to solidity that terrestrial planets exhibit.

Given the following approximate radii for Earth and mars orbits:

Earth = 149,598,261 km

Mars = 227,939,150 km

The shortest distance between the two is the difference between the two,

which yields 4minutes 21seconds for radio to go that distance.

The longest distance between the two is the sum, which yields 21minutes.

Not exactly. Venus is the closest to Earth in terms of size comparison, it is a little smaller.

Most Ancient Greek philosophers assumed that the Sun, Moon, stars, and planets circled the Earth, including the systems of Aristotle (according the Aristotelian physics) and Ptolemy.

Multiply 93,000,000 by 5,280 to get the answer

The inner core of the Earth is primarily composed of solid iron and nickel. It is believed to be extremely hot, with temperatures reaching up to 9,000 degrees Fahrenheit (5,000 degrees Celsius). The immense pressure within the Earth's core keeps these materials in a solid state despite the high temperatures.