The moon. Tides are caused by differential difference in distance between the near and far side of the planet - not in the strength of the gravitational field itself. Thus we orbit the sun, but the moon is the major factor in the tides.
The Moon.
Mars is a planetary body.
The primary body that influences Earth's ocean tides is the Moon. Its gravitational pull creates bulges in the Earth's oceans, leading to high tides in the areas directly beneath and adjacent to it. The Sun also plays a role in tidal changes, but its influence is less significant compared to that of the Moon. Together, these celestial bodies create the complex patterns of tidal movements observed on Earth.
If Earth's mass increased by four times, the speed of its orbit around the Sun would not change significantly, as orbital speed is primarily determined by the gravitational pull of the Sun and the distance from it. According to Kepler's laws of planetary motion, the speed of an orbiting body depends on the mass of the central body (the Sun, in this case) and the distance from it, not the mass of the orbiting body itself. Therefore, while Earth's mass increase would affect its gravitational influence on nearby objects, it would not alter its orbital speed around the Sun.
no.. planet is a noun.however,planetary or inter planetary is an adjective
The Moon.
Mars is a planetary body.
The Moon is the planetary body that orbits the Earth.
The Mediterranean Sea is an example of a body of water that is not significantly affected by tides. Its tides are very minimal compared to other bodies of water due to its narrow connection to the Atlantic Ocean and its large size, which lessens the influence of tidal forces.
Gravity is the force that creates and affects the tides.
equator
It is called a meteorite, which is a solid piece of debris, typically from a comet, asteroid, or planetary body, that survives its passage through Earth's atmosphere and lands on the surface.
Yes, lunar tides can potentially influence the human body, as it is composed of a large percentage of water. While the impact is not as profound as on oceans, some studies suggest a potential correlation between lunar phases and bodily functions like sleep patterns, fertility, and mood. However, more research is needed to fully understand the extent of this influence.
A planetary object is a body that orbits a star (like a planet or a dwarf planet), whereas a moon is a natural satellite that orbits a planetary object. Moons are smaller bodies that orbit planets or dwarf planets.
The moon's pull on gravity affects the ocean's tides.
The body of water with the highest tides is the Bay of Fundy in Canada. It is known for having the largest tidal range in the world, with tides reaching up to 50 feet high.
If Earth's mass increased by four times, the speed of its orbit around the Sun would not change significantly, as orbital speed is primarily determined by the gravitational pull of the Sun and the distance from it. According to Kepler's laws of planetary motion, the speed of an orbiting body depends on the mass of the central body (the Sun, in this case) and the distance from it, not the mass of the orbiting body itself. Therefore, while Earth's mass increase would affect its gravitational influence on nearby objects, it would not alter its orbital speed around the Sun.