Mercury is locked into a 3/2 spin-orbit resonance where it rotates three times on its axis for every two orbits around the sun
The dot-product and cross-product are used in high order physics and math when dealing with matrices or, for example, the properties of an electron (spin, orbit, etc.).
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Four.Four.Four.Four.
It is FLAT. It continues in all directions even if it is broken by something physical. It does not have to be physical. To imagine a geometric plan put a ruler on a pencil and spin it.
Mercury to orbit around the Sun; a typical year on Mercury would take 88 Earth days. Because of Mercury's ever changing distance from the sun and its 3:2 spin-orbit resonance the temperature on Mercury's surface is complex and varied.
Yes, the planet Mercury rotates on its own axis, as do all the known planets. Mercury's rotation is peculiar in that it evidences spin-orbit resonance, rotating three times for every two orbits around the Sun, an effect stabilized by the eccentricity of its orbit.
Of what? orbit: Mercury spin: Jupiter wind: Neptune
An orbit is where something spins and goes in a circle, a spin is just a spin....
It takes about 58.6 Earth days.
Because of the periods of Mercury's orbit and spin, a year (complete orbit around the sun) on Mercury is about 88 Earth days long, while a day (time for the Sun to appear in the same place in the sky) is twice that length, at about 176 Earth days long.
yes, mercury does spin counter clockwise.
This used to be believed, but we now realise it is not so. Mercury rotates 3 times for every 2 orbits of the Sun.
Yes, Orbit Helios does spin. I recommend him, because he spins very well :)
If by spin you mean "rotate daily" then yes. But you could refer to our "orbit" as a spin around the sun. But if you want to refer to "spin" as any oscillatory/periodic motion of the earth, then we spin around our central axis, we orbit around the sun, we precess the rotational axis around a precession axis, our obliquity oscillates periodically and our eccentricity oscillates around the foci of our elliptic orbit which is near the center of the sun. These characteristics of our orbit are known as the Milankovic cycles.
esr spectroscopy hyper line
The direction of the Earth's spin and the direction of the Moon's orbit is the same - counterclockwise