weaker, since the moon is smaller
The moons gravitational attraction is weaker as the moon is smaller
The Earth's gravitation force is greater than the Moon, which keeps the Moon in orbit round the Earth.
No the Earth would pull u more than the moon
The Moon's gravitational pull is weaker than Earth's gravitational pull. The force of gravity depends on the mass of the objects involved, so Earth, being more massive than the Moon, exerts a stronger gravitational pull.
When the Sun, Earth, and Moon are in alignment, the gravitational pull on the Earth from both the Sun and the Moon combines, resulting in a stronger overall gravitational effect. This alignment typically occurs during full moons and new moons, leading to higher tides known as spring tides. Thus, the gravitational pull on the Earth becomes stronger during these alignments.
the moons gravitational pull
No. It is about 5 times weaker.
Yes, the mass of a planet often affects the number of moons it has, primarily due to gravitational influence. Larger, more massive planets, like Jupiter and Saturn, have stronger gravitational fields that can capture and hold more moons. Additionally, their size allows them to attract more debris and smaller celestial bodies, which can coalesce into moons over time. Conversely, smaller planets like Mars and Mercury have fewer moons because their weaker gravity is less effective at retaining them.
The moon's gravity is about 1/6th of Earth's.
The number of moons a planet has is primarily determined by its size and gravitational force. Larger planets with stronger gravitational force are more likely to have multiple moons compared to smaller planets. Other factors such as proximity to other celestial bodies and past collision events can also influence moon formation.
The mass of a planet can influence the number of moons it has through its gravitational pull, which can capture moons as they orbit. Larger planets with stronger gravitational fields are more likely to have more moons. Additionally, the size of the planet can also affect the amount of material available for moon formation, potentially leading to more moons.
Gravity. As the planet rotates it's mass holds it's moons within it's orbit. The larger the planet the stronger is its gravitational pull.