The distance traveled by the Earth around the Sun is about 1 1 10 to the fifth power

You are wrong in this question, how can the total distance traveled by the earth around the sun be the fifth power kilometer? Just kidding, according to common sense, the total length of the orbit should be 940,000,000 kilometers. That's kilometers.

The sound does not need to be calculated, the speed is 2 * 10 4 meters = 20,000 meters.

Let's calculate the speed of the Earth's revolution: the distance of the Earth's revolution is known to be kilometers = meters.

Because it takes one year for the earth to revolve around the sun, that is, it takes one year for the earth to revolve around the sun, so the speed of the earth is meter years. Just convert this unit to compare it with sound.

365 days a year, 24 hours a day, an hour and 60 minutes, so:

There are 365 * 24 * 60 minutes in a year = 525,600 minutes.

So we convert the speed of the earth as: 9400000000000 525600 = 1788432 meter minutes = meter minutes.

So it's clear that the earth is revolving fast.

I suspect that yours is not the distance of the Earth's revolution, but the speed of the Earth's revolution, which is about kilometers per hour.

In this case, the problem is simpler, turning kilometer hours into 1833 kilometers minutes = meter minutes. Or the earth revolves fast.

The speed at which the Earth revolves around the Sun is about.

1. Earth

It is the third planet from the Sun and the only celestial body known to mankind to give birth to and support life. The surface of the Earth is roughly a land mass made up of continents and islands. The remainder is covered by water, mostly by oceans, bays and other saltwater bodies, but also by lakes, glaciers, rivers and other freshwater bodies, especially glaciers, which together form the hydrosphere.

Most of the Earth's polar regions are covered in ice.

The Earth's outer layer is divided into several rigid tectonic plates that migrate to the surface over millions of years while its interior remains active, with a solid iron core, a liquid outer core that generates the Earth's magnetic field, and a convective mantle that drives plate tectonics, among other things. The Earth's atmosphere is mainly made up of nitrogen and oxygen. The tropics receive more solar energy than the polar regions and redistribute it early through atmospheric and oceanic circulation.

Greenhouse gases also play an important role in regulating the surface temperature. The climate of a region is determined not only by latitude but also by factors such as altitude and proximity to the region and the ocean. Severe weather such as tropical cyclones, thunderstorms, and heat waves often occur in a wide area and have a great impact on life.

2. Revolution

The average distance between the Earth's orbit around the Sun and the Sun is about 100 million kilometers (93 million miles), and one rotation of the Sun (10 seconds at 6:09 on a 365th day) is called a sidereal year. In 1990, Voyager 1 captured images of the Earth (faint blue dots) from 6.4 billion kilometers (4 billion miles). The revolution causes the Sun to have an apparent motion of about 1° per day relative to the star, which is equivalent to the apparent diameter of the Sun or Moon every 12 hours.

3. Rotation

The Earth's average rotation period relative to the Sun is called a mean solar day, defined as 86,400 seconds of mean solar time. Due to the deceleration of the tides, the solar days on the Earth are now slightly longer than in the 19th century, and they are 0 to 2 sims per day. The International Earth Rotation Service (IERS), which measures the length of the average solar day from 1623 to 2005 and from 1962 to 2005 in the SI system of seconds, determines the length of the average solar day.

Hehe, it seems that the landlord is a little careless, is it too excited about the National Day......Since it's wrong, then.

The distance traveled by the Earth around the Sun per hour is about five power kilometers, which is m

So the speed of rotation of the earth is meters per minute.

Sound travels 2 x 10 meters per minute in the air to the fourth power.

So the speed of the sound is 2e4 meters per minute.

You can find "2e4", so the speed of the earth's revolution should be greater!

Hope it helps you a little, hehe, welcome to continue**oh o(o

The time of the earth's revolution is not indicated in the title, only the distance is marked, and the speed of the revolution cannot be calculated, so the comparison cannot be made.

However, in common sense, the speed of the earth's revolution is nearly 30 kilometers per second, while the speed of sound in the air is only 340 meters per second, which is almost 1,000 times the difference!

The motion of the earth is approximately regarded as a uniform circular motion, which implies a known condition, the earth's orbital period t = 365 days = 31,536,000s

According to the formula of circular motion, the centripetal acceleration of the revolution of the Earth is:

a=(2 t) r=(2 to the 11th power=.)

Solution: Let the centripetal acceleration of the earth around the sun be a, the mass of the sun is m, and the mass of the earth is m, because: approximate the earth around the sun in a uniform circular motion, by: the law of gravitation, obtain:

g*m*m）/ r^2 = m*a

So: a = (g*m) r 2

Substituting: g=, m= kg, r= m

Get: a= (m s 2).

The circumference of 2 r( is pi=, then the distance traveled by the earth around the sun in a year is equal to:

200,000,000,000,000 km (942,000,000 km) 942000000 365 = km, which is approximately 2580822 km, 2,580,822 km.

Simplification radius r = 100 million kilometers kilometer.

Using the formula for the circumference of a circle c 2 r, it is generally approximately equal to the distance traveled by x

then we get the equation:

365x=2πr

x=2πr/365

Bring in the data to get.

x 2*x The distance is about 2,580,000 km.

The time it takes for the Earth to orbit the Sun is about 942,477,795 kilometers.