Earth's orbit around the Sun is not a perfect circle but an ellipse, which is an elongated oval shape. According to Kepler's First Law of Planetary Motion, the Sun occupies one of the two foci of this ellipse. This elliptical shape causes variations in Earth's distance from the Sun throughout the year, influencing seasonal changes. However, the orbit's eccentricity is relatively low, making it appear nearly circular.
False. Earth's path or orbit around the Sun is called its revolution, not rotation. Rotation refers to the spinning of Earth on its axis, which causes day and night, while revolution refers to the Earth's journey around the Sun, which takes about 365.25 days to complete.
Yes, the path an object follows as it travels around another object is called an orbit. Orbits are typically elliptical or circular in shape depending on the gravitational forces involved.
False. The term is elliptical. Eclipse is what happens when planets and moons pass in front of one another or the sun.
A planet must be large enough for its gravity to pull it into a nearly round shape. In our solar system, a planet needs to have cleared its orbit of other debris to be considered a true planet.
False. The shape of the orbit of each planet is an ellipse, not a perfect circle. This is described by Kepler's First Law of Planetary Motion, which states that planets move in elliptical orbits with the Sun at one of the foci. While some orbits may appear nearly circular, they are not perfectly circular.
Yes, the path an object follows as it travels around another object is called an orbit. Orbits are typically elliptical or circular in shape depending on the gravitational forces involved.
True. Saturn takes approximately 29.5 Earth years to complete one orbit around the sun.
It is true. Earth moving around the Sun, WITHOUT any other objects in the Universe, and WITHOUT considering General Relativity, would be an unchanging ellipse. However:* As a result of the warping of space-time (General Relativity), the periapsis will change over time. That is, the ellipse, while maintaining its shape, will change its position in space. * Other objects, mainly in the Solar System, pull on the Sun and on the Earth. This will actually change the shape of the orbit over time. The effect, in both cases, is very small, at least in the short term.
No, it is not.
False. The term is elliptical. Eclipse is what happens when planets and moons pass in front of one another or the sun.
The oceans have a major effect on climate around the globe.
True. The moon stays in orbit around the Earth due to the balance between its velocity, which propels it forward, and the gravitational pull of the Earth, which draws it inward. This interplay creates a stable orbit, preventing the moon from either flying away into space or crashing into the Earth.
The planets orbit in an ellipse. An ellipse is described as a geometric shape where the sum of the distance from the foci at any point is the same. An ellipse has three main points. Two foci and a center like a circle. While a true circle has all its external points equidistant from its center, an ellipse measures its points from the foci, which are equidistant to the center point at on both sides. The planets ellipse is closer to a circle than an all out ellipse, however, the orbit is still a true ellipse. It is also true that the shape of a planet's orbit (an ellipse) is a conic section, i.e. the intersection of a right circular cone where the intersecting plane is not perpendicular to the cone's axis, but less than being parallel to one of the cone's nappes.
It was determined as recently as 2010 that Pluto does not qualify as a true planet due to its gaseous mass formation, illegitimate shape, and irregular orbit. We are back to eight planets until final confirmation of Planet X as the true ninth planet.
:9 true
no it is not true. there is solid iron and nickel in the Earths core
True. The length of time that it takes to complete one orbit around the Sun is directly related to the distance of the orbit from the Sun.