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The ratio of the periods of rotation between Mercury and Neptune is about 0.27. Mercury has a rotation period of about 59 Earth days, while Neptune has a rotation period of about 16 Earth hours.
Mercury's period of revolution around the sun is about 88 Earth days, while Pluto's period is approximately 248 Earth years. The ratio between their periods of revolution is about 1:28. This difference is due to the much larger distance Pluto is from the sun compared to Mercury, causing it to take much longer to complete one orbit.
Venus has a very long period of day and night because it rotates very slowly, taking about 243 Earth days to complete one rotation. Mercury, on the other hand, has a relatively short period of day and night due to its slow rotation and fast orbit around the Sun, resulting in one day on Mercury lasting about 176 Earth days.
They all have.
because of the sun
The ratio of the periods of rotation between Mercury and Neptune is about 0.27. Mercury has a rotation period of about 59 Earth days, while Neptune has a rotation period of about 16 Earth hours.
Mercury's period of revolution around the sun is about 88 Earth days, while Pluto's period is approximately 248 Earth years. The ratio between their periods of revolution is about 1:28. This difference is due to the much larger distance Pluto is from the sun compared to Mercury, causing it to take much longer to complete one orbit.
no they are not
When the periods of the moon's rotation and revolution are equal, it is called synchronous rotation. This means that the same side of the moon always faces the Earth.
Venus has a very long period of day and night because it rotates very slowly, taking about 243 Earth days to complete one rotation. Mercury, on the other hand, has a relatively short period of day and night due to its slow rotation and fast orbit around the Sun, resulting in one day on Mercury lasting about 176 Earth days.
One.That is the definition of a rotation. Once around it's axis.See related question for the periods
The rotation period (time taken for the planet to rotate once on its axis relative to background stars) for each of the planets is as follows (in units of Earth "solar days"): Mercury = 58.646 Venus = -243.019 Earth = 0.997 Mars = 1.026 Jupiter = 0.410 Saturn = 0.426 Uranus = -0.718 Neptune = 0.671 These periods are called "sidereal days". They are different from "solar days". A "solar day" factors in the movement of the planet around the Sun during the planet's rotation. The difference between the two day lengths is not significant for the planets beyond Mars. Negative numbers for Venus and Uranus show that these planets spin in the opposite direction (retrograde) to the other planets.
Synchronous rotation occurs when the moon's orbital period (the time it takes to orbit the Earth) and rotational period (the time it takes to rotate on its axis) are equal. This means that the same side of the moon always faces the Earth.
They all have.
Jupiter and Saturn have shorter rotation periods than Earth. Jupiter rotates once approximately every 10 hours, while Saturn rotates once every 10.7 hours.
Earth's rotation relative to the distant stars (the sidereal day) is 23 hours 56 minutes 4.1 seconds. Its mean rotation relative to the Sun (the the tropical day) is 24 hours. The difference between these two periods of time occurs because, while the Earth is rotating about its axis, it is also revolving about the Sun, and in the period of one sidereal day, the apparent position of the Sun has shifted by nearly four minutes in time.
Cause us to always see the same "face" of the moon. This is called synchronous rotation.