It would mess with the tides. Other than that, not a whole lot. It's difficult to see how this could happen, unless one of them was a captured asteroid and very small, in which case it probably wouldn't even affect the tides much.
The Earth's rotation does have an impact on the moon's orbit, so if the Earth were spinning in the opposite direction it would have an effect upon the moon. This is a very small effect that adds up over very long periods of time, so there wouldn't immediately be a spectacular change. Currently, the rotation of the Earth is slowing (about 17 microseconds per year) and the moon is getting further away (about 38 millimeters per year) as the Earth's angular momentum is transferred to the moon by tidal forces. You can see that it would take a while to produce a noticeable difference.
Then the phases would be backward. Other than that, essentially no impact (unless you live near the ocean and really, really care about the timing of tides, in which case you'd discover they were shifting the other way ... since most people have no idea which way they shift now, this would affect a small minority at most).
Actually, the question is worded in a way that's vague enough to imply that it might mean that the moon's orbit was unchanged but the rotation about its axis was backward. There are very good reasons this couldn't happen (for that matter, there are pretty good reasons that the orbit being backward is extremely unlikely), but if it did, then we'd get to see both sides of the moon ... not at the same time, of course.
The phases of the moon refer to the amount of sunlight hitting the moon, as seen from the Earth. That wouldn't change if the moon revolved around the Earth the other way.
When the light is thrown on an object, shadow takes place on the opposite direction of the light source. So as the light source moves, the shadow does the same. The sun "moves" because the earth is rotating and revolving around it.
Exactly the same as the change in the sun's position from noon to sunset affects them ... they stay exactly opposite the direction of the sun, but they get longer.
No major planet orbits in the opposite direction of the rest of the solar system. All 8 planets orbit (revolve) counter-clockwise as seen from the arbitrary "north" or above the solar ecliptic.Although the phenomenon is observed on a smaller scale with some moons of Jupiter, Saturn, Uranus, and Neptune, this would require too great a change in momentum for a large planet. The planets orbit in the same direction as the spin of the Sun, as would be expected if they all formed (as is now theorized)from a disc of material orbiting the protostellar Sun.
An object in circular orbit at constant speed is experiencing an acceleration because the orbit is circular. That is, an object is accelerating not just when its speed is changing but also when its direction is changing. In physics, acceleration refers to a change in velocity which is composed of speed and direction. Hence both a change in speed and a change in direction are, by definition, a form of acceleration.
Small air jets on the outside of the fuselodge give short bursts that "push" the nose in one direction or another.
Before the Renaissance, people believed the planets and the sun revolved around the Earth. During the Renaissance, Copernicus discovered and that the Earth and the planets revolved around the sun.
If the force is acting in the opposite direction to the movement, the object will slow down and then accelerate in the direction of the force. Negative for
It will be twice as large as the original and have the opposite direction.
You just can't. A circle would become a sphere if it revolved around an imaginary axis.
9.81
A sudden change of direction of a wind, generally the exact opposite way.
Any force will cause change in velocity (speed and/or direction)if it isn't canceled by an equal, opposite force.
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Since the opposite force is the strongest the object will tend to change direction of the object.Thats one of the effects of force.
Force changes either the speed or the direction of motion, or both.
Cooling fans use electric motors which operate by magnetism. As the direction of the current flow reverse, the magnetic poles reverse and hence the change in direction.
turn them around :)