Characteristic details given:
A.) equatorial diameter
B.) period of rotation
C.) number of moons
D.) both A and C
Answer : D.) both A and C
Characteristic details given: A.) equatorial diameter B.) period of rotation C.) number of moons D.) both A and C Answer : D.) both A and C
As the distance from the Sun increases, the density of the planets generally decreases. Inner planets, like Mercury, Venus, Earth, and Mars, are rocky and denser, while the outer planets, such as Jupiter, Saturn, Uranus, and Neptune, are gas giants or ice giants with lower overall density. Additionally, the sizes of the planets tend to increase with distance, with the outer planets being significantly larger than the inner ones.
Distance from the sun.
It doesn't matter that the gas giants are giant; what matters is their distance from the Sun. Inner planets have shorter revolution periods for two reasons: (1) they move faster; and (2) the total distance they have to travel is less.
Scientists plot the luminosity and surface temperature of stars on a Hertzsprung-Russell diagram. The horizontal axis represents the surface temperature, which decreases from left to right, while the vertical axis represents the luminosity, increasing upwards. This diagram helps illustrate the relationship between these properties and classifies stars into different categories, such as main sequence, giants, and white dwarfs.
Characteristic details given: A.) equatorial diameter B.) period of rotation C.) number of moons D.) both A and C Answer : D.) both A and C
The distance is about 266 kilometres or 165 miles.
Because of their distance from the sun
they are much larger and more massive than earth and they do not have solid surfaces.
Distance from the sun.
The closest gas giant, Jupiter, is about 5 AU from the Sun - that is, 5 times the distance from Sun to Earth. The other gas giants are farther away.
62 miles 1 hour 20 mins
The longest completed pass was 38 yards by the Giants
It doesn't matter that the gas giants are giant; what matters is their distance from the Sun. Inner planets have shorter revolution periods for two reasons: (1) they move faster; and (2) the total distance they have to travel is less.
Red giants are a later stadium of main sequence stars, there is no relation between distance and position in the Hertzsprung Russell diagram.
White dwarf Main sequence star (like our sun) Red giant Supergiant
They have rings, but the main characteristic is that they are all gas giants, massive planets with extremly thick atmospheres composed mostly of hydrogen and helium.