Distance from sun to earth : 93 million miles
Circumference : 93 million * 2 * pi = 584.3 million miles
Divided by 365 1/4 days in a year, that gives about 1.6 million miles
Figures are approximate. The path is elliptical instead of circular, so planets do not move at a constant speed. Relative to the Sun, the Earth travels at 30 kilometers per second.
There are 60*60*24=86400 seconds in one day so:
2,592,000 kilometers per day.
That depends on what your "frame of reference" is if the frame of reference is the solar system, then you can calculate the Earths orbital path length: Pi * 300,000,000 km or about 1 billion km.
In a day it travels on average 1/365 of this (about 2,8 million km)
If your frame of reference is the galaxy it take about 220 000 000 years for the solar system to complete one revolution and our distance from the center of the Milky Way is about 30,000 light years or 2,84 * 1017 km
To calculate the orbiatl path length we multiply this radius times 2 times pi and get over 1.8 * 1018 kilometers. divide this by 220 million and by 365 to get a day's travel of over 22 million km around the galaxy (almost ten times the distance we travel around the Sun!)
How the galaxy is moving with respect to other galaxies - I forget but it very well could be a lot more than the galactic rotation...
How these relative motions add up or cancel each other out I have very little knowledge but i do know that the plane of rotation of the Earth around the Sun is at 60° to the galactic equator so we make at best a sort of long drawn out corkscrew motion around the galaxy.
In one day, the Earth travels 1.6 million miles around the sun. It is the third planet from the sun and the only planet known to inhabit life.
the earth travels an arc of it's orbit approximately 1,600,924.9 miles in one day.
About 12,360,000 miles.
As the Earth revolves around the Sun on a fixed orbit, the Earth spins on its axis. Each revolution around the Sun is one year. Each full rotation of the Earth on its axis is one day.
Each year the Earth makes one Revolution around the sun. Each day the Earth makes one rotation on its axis.
Earth's orbit crossing the orbit of a defunct comet.
Like any orbit, it may change over time.
WHAT HOLDS THE EARTH IN ITS ORBIT REVOLVING AROUND THE SUN?In fact the Earth's orbit is a sort of equilibrium. The Earth's revolutions around the Sun provides it with centripetal force. A force that wants to eject it out of its orbit. That same force that wants to eject you out of your car when you are in a tight bend.However (and fortunately) there exist a strong gravitational force (attracting force) between the Sun and the Earth. It happens that the centripetal force ejecting the Earth is equal and hence balances the gravitational force pulling it towards the earth. As a result the Earth continues its motion around the Sun, undisturbed.As a conclusion, I'll say that what holds the Earth around the Sun it a result of 2 forces acting opposite to each other, namely the centripetal force pulling it away from the Sun and the gravitational force pulling it towards the Sun.
As the Earth revolves around the Sun on a fixed orbit, the Earth spins on its axis. Each revolution around the Sun is one year. Each full rotation of the Earth on its axis is one day.
The Earth goes around the Sun in a counter-clockwise path, or orbit. The Earth completes one orbit around the Sun each year.
The sun's gravity pulls the earth around it in an elliptical orbit
The sun does not orbit or move around the Earth and moon because the Earth has to orbit the sun while the moon orbits the earth.
Each year the Earth makes one Revolution around the sun. Each day the Earth makes one rotation on its axis.
It's called an "observational orbit".
Earth's perihelion happens around January 3 each year.
The Earth travels about 92 million miles in its orbit around the sun each day.
No. The moon rotates once for every orbit it makes around Earth.
The actual shape of the earth's orbit around the sun is horrendously complicated. Partly because the earth does not orbit the sun and also because the orbit is influenced by the the gravitational attraction of the other planets. The earth does not orbit the sun: the centre of mass of the earth-sun system is at one of the foci of an ellipse whose eccentricity is 0.0167. The eccentricity varies from 0.0034 to 0.058.
Newton realized that gravity keeps bodies in orbit around each other. That's the only factor that's necessary, which is lucky, because that's the only one that exists.
Mercury: 0.2408 earth yearsNeptune: 164.8 earth years.