a parabolic motion is a motion of an object in a curved path when it is launched...
Objects moving in a straight line or in circular motion do not exhibit parabolic motion. Parabolic motion is characterized by an object following a symmetrical path under the influence of gravity.
A projectile following a parabolic path on a circle can be understood as the motion of an object launched at an angle along the circumference of the circle. As the object moves, gravity causes it to follow a parabolic trajectory while the curvature of the circle influences its path. The resulting motion combines the circular motion of the circle with the parabolic motion of the projectile.
Neptune has a moon named Triton that exhibits retrograde motion. Retrograde motion is when a moon orbits its planet in the opposite direction of the planet's rotation.
Boiling or gas
The two components of projectile motion are the horizontal motion, which is constant and unaffected by gravity, and the vertical motion, which is affected by gravity and follows a parabolic path.
parabolic in shape due to the combination of its horizontal motion (affected by the initial velocity) and vertical motion (affected by gravity).
tae mue :)
The ball will follow a parabolic path due to its horizontal motion with the train and vertical motion due to gravity. It will fall straight down relative to the train, hitting the ground directly below the point where it was released.
Projectile motion is a type of motion where an object is thrown or projected into the air and moves along a curved path under the influence of gravity. It is a combination of horizontal and vertical motion, following a parabolic trajectory.
The path of a projectile follows a parabolic trajectory because it is influenced by both horizontal and vertical acceleration due to gravity. The horizontal motion is constant and unaffected by gravity, while the vertical motion is uniformly accelerated downward due to gravity. The combination of these two independent motions results in a parabolic path.
The pendulum of a clock exhibits simple harmonic motion, where it swings back and forth in a constant rhythm. A swing also exhibits simple harmonic motion as a person sits and moves back and forth, propelled by gravity and their own momentum.