2016年9月14日 · Orbital period of mercury can be calculated using the third law of Kepler which states that period squared equals to distance cubed, that is, (T1/T2)^2 = (a1/a2)^3 Where T1 is the orbital period of mercury, T2 is the earth orbital period and is equal to 1 year, that is, 365.25 days. a1 is the mercury axis and is equal to 0.39AU while a2 is the ...

2023年10月6日 · Its orbital period, which is the time it takes to complete one full orbit around the Sun, is only 88 Earth days. Because of this proximity to the Sun, Mercury has a very high average orbital speed of about 48 kilometers per second (approximately 107,000 miles per hour).

2024年1月24日 · To calculate the orbital period of Mercury, we use Kepler's third law of planetary motion, which states that the square of a planet's orbital period (T) is directly proportional to the cube of the semi-major axis (a) of its orbit. The law can be expressed mathematically as: T 2 = a 3. For Mercury, the average distance to the sun is given as 0. ...

2022年7月15日 · Fill in the table. To obtain each planet's distance from the Sun and orbital period, click its name. "Include all given digits" Planet Distance from the Sun (au) Orbital Period (years) Venus Sun Mercury Earth Mars Jupiter Saturn Uranus Neptune • Venus: Distance from the Sun: 9.72 au • Mercury: Orbital Period: 0.616 years

The orbital period of a planet in the solar system is how long it takes the planet to complete one revolution around the Sun. This is the equivalent of one year on a planet. Answer and Explanation: 1

The orbital period of Mercury can be calculated using Kepler's third law of planetary motion. By substituting the average distance of Mercury from the sun into the formula T^2 = (4π^2 / G * M) * r^3 and solving for T, we can find the orbital period.

2019年8月5日 · The orbital period of a hypothetical planet located between the Sun and Mercury would be approximately 47.6 days after applying Kepler's Third Law and converting the necessary values. This calculation involves determining the planet's semi-major axis and using the relationship between the period and radius of orbit.

Neptune: 30.06 AU, orbital period: 164.79 Earth years. Understanding these distances helps visualize how far each planet is from the Sun. For example, Mercury, being the closest, takes only about 88 Earth days to complete one orbit, while Neptune, being the farthest, takes nearly 165 Earth years to orbit the Sun once.

For instance, comparing Mercury and Neptune shows how distance affects orbital period: Mercury, the closest planet to the Sun, has a much shorter orbit compared to Neptune, the farthest planet. This relationship illustrates the balance of gravitational forces and velocity in planetary movement.

2024年10月26日 · Mercury has a shorter orbital period than Neptune. Mercury is closer to the sun than Neptune, which means it takes less time to complete an orbit. This is true because planets closer to the sun travel faster along their orbits. 2. Each planet revolves around the sun with equal area in equal time.