riding "shotgun"
Ans 2.
The path of any orbit is an ellipse.
Note. It is possible to have a circular orbit, but mathematically speaking a circle is only a 'special case' of an ellipse.
The path along which a planet travels is called an orbit.
The puck on the table represents a planet in that it moves in a circular path due to the force exerted by the table, similar to how a planet is held in orbit around the sun by gravitational forces. Just as the puck glides smoothly along the surface, a planet travels along its orbital path in space. Both require a balance of forces—friction for the puck and gravity for the planet—to maintain their motion.
The path that magma travels along is called a conduit. This conduit allows magma to move from its source deep within the Earth to the surface where it can erupt as volcanic material.
A planet moves along its orbit around the sun in an elliptical path due to gravitational force. The planet travels at varying speeds, with faster speeds near perihelion (closest point to the sun) and slower speeds near aphelion (farthest point from the sun).
It means that it moves around the planet, along a path (orbit) that has the shape of an ellipse.
The path along which a planet travels is called an orbit.
The path along which a planet travels is called its orbit. Orbits are typically elliptical in shape, following the gravitational pull of the star around which they revolve.
The path is called an "orbit", and it has the shape of an ellipse, the Sun being at one focus of the ellipse.
The Earth travels along a path called the Ecliptic.
An orbit is the elliptical path that a planet follows as it "falls" around its sun.
mercury. I think you mean "Orbit".
orbit
An orbit.
Planets have elliptical orbits around the sun.
The path a revolving object moves along is called an orbit. The object revolves around a central point, such as a planet revolving around a star or a moon revolving around a planet.
The path that magma travels along is called a conduit. This conduit allows magma to move from its source deep within the Earth to the surface where it can erupt as volcanic material.
A planet moves along its orbit around the sun in an elliptical path due to gravitational force. The planet travels at varying speeds, with faster speeds near perihelion (closest point to the sun) and slower speeds near aphelion (farthest point from the sun).