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The minimum distance of Jupiter from Earth (i.e. the closest approach) is equal to about 588.5x10^6 km.
The time difference is three and a half hours at the border between Afghanistan and China.
Yes, but it wouldn't be a total solar eclipse. It would be an annular eclipse. The Sun is so far away that the difference between its size when it's at its maximum distance versus its minimum distance is small. The Moon, on the other hand, is about 30% smaller when at its maximum distance than it appears at its minimum distance. At its maximum distance, it appears smaller than the sun, and thus can't fully cover the Sun's disc.
The minimum and maximum refers to the number of sunspots.
The minimum Earth-Neptune distance is approximately 4.36 billion miles. The maximum is 4.63 billion miles.
I'm sure that this question means altitude. Altitude is vertical distance between the maximum or minimum of the ocean wave (or any wave) and halfway between the minimum and maximum. Half the vertical distance between the minimum and maximum of the wave.
The average distance from Jupiter to the Sun is : Maximum:74,029,824 km Minimum:74,000,000 km
The minimum distance of Jupiter from Earth (i.e. the closest approach) is equal to about 588.5x10^6 km.
It is the distance between two points of maximum compression (or minimum compression).
The minimum distance between Jupiter and Earth is 365 million miles (588 million km). Since one light year (the distance light travels in one year) is approximately 5,870,000,000,000 miles, the minimum distance between Jupiter and Earth is 0.0000621 light years.
The distance between Jupiter and the Sun is 778.3 million km or 483.7 miles. Jupiter's distance from the Sun ranges from a maximum of approximately 508 million miles to a minimum of 460 million miles, with an average of approximately 483 million miles.
The time difference is three and a half hours at the border between Afghanistan and China.
the rang ( of the rang ) the difference between the maximum and minimum values in a data set.
Yes, but it wouldn't be a total solar eclipse. It would be an annular eclipse. The Sun is so far away that the difference between its size when it's at its maximum distance versus its minimum distance is small. The Moon, on the other hand, is about 30% smaller when at its maximum distance than it appears at its minimum distance. At its maximum distance, it appears smaller than the sun, and thus can't fully cover the Sun's disc.
The minimum and maximum refers to the number of sunspots.
The minimum and maximum refers to the number of sunspots.
The distance between Mercury and the sun varies from a minimum of 46,000,000 km to a maximum of 69,817,000 km.