Any planet that orbits a star ( our sun for example ) has an orbital trajectory. This is due to gravity and the centripetal force. An elliptical trajectory is when that planet orbits the star in an ellipse rather than a circle. Ellipse = squashed circle.
I don't know what "elliptical planet" is supposed to mean, but by any reasonable definition I can think of, no, all planets are "elliptical planets".
The path of a comet around the sun would depend on its mass, speed, and trajectory. It a comet enters the sun's gravitational field at the correct trajectory and speed, it would fall into a roughly circular orbit.
VEEGA trajectory
Elliptical is used to describe an orbit or round shape that isn't perfectly circular - it's an ellipse, or oval.
form_title= Weslo Elliptical form_header= Reach your exercise goals with a Weslo Elliptical. What type of features do you want on the elliptical?*= _ [50] Do you want to purchase an extended delivery?*= () Yes () No Do you want the elliptical delivered?*= () Yes () No
The trajectory of a closed loop, circular or elliptical, is an "orbit".
A circular or elliptical route. To go around. To circle
Elliptical is an oval shape.
Sheldon Drews has written: 'An investigation of an expanding elliptical earth escape trajectory for a low thrust space vehicle' -- subject(s): Aeronautics
A trajectory is the path a projectile takes through the air. When shooting a basketball, the player must find the ideal trajectory where the ball avoids all obstacles, stays in bounds and goes in the basket.
The trajectory of the motion is a straight line.
I don't know what "elliptical planet" is supposed to mean, but by any reasonable definition I can think of, no, all planets are "elliptical planets".
A sentence for trajectory: The detectives were determining the trajectory of the bullet.
Gravitational pull. Answer: The motion of a free falling object with or without lateral movement is a trajectory
The path of a comet around the sun would depend on its mass, speed, and trajectory. It a comet enters the sun's gravitational field at the correct trajectory and speed, it would fall into a roughly circular orbit.
VEEGA trajectory
A trajectory could also be described as an arc.