Without air resistance, the path of a projectile over a small part of the
Earth's surface, under the influence of gravity alone, is always a piece
of a parabola ... as long as it's not launched straight up or straight down.
A projectile doesn't follow a circular path. It follows a parabolic path. No part of a circle has the same shape as any part of a parabola. They're different curves.
Electricity follows the path of least resistance. This could be convoluted.
The path of a body not acted on by a force is a path without acceleration, a straight line. A straight line can be a flat line zero velocity or a slant line constant velocity. It cannot be a curved line, acceleration, changing velocity.
The gravitation forces are what causes the path of a projectile to be curved.
If there's no influence from air resistance, then the path of a "projectile" is a parabola. That's what you get when one component of velocity is constant and its other (orthogonal) component is accelerated.
A projectile doesn't follow a circular path. It follows a parabolic path. No part of a circle has the same shape as any part of a parabola. They're different curves.
The path with the lowest resistance.
The path of a projectile is it's trajectory.
The path of a projectile in earth gravity is that of a parabola.
Light and electricity follow the path of least resistance.
"least resistance"
The path of least resistance.
Electricity follows the path of least resistance. This could be convoluted.
The path of a body not acted on by a force is a path without acceleration, a straight line. A straight line can be a flat line zero velocity or a slant line constant velocity. It cannot be a curved line, acceleration, changing velocity.
The gravitation forces are what causes the path of a projectile to be curved.
If there's no influence from air resistance, then the path of a "projectile" is a parabola. That's what you get when one component of velocity is constant and its other (orthogonal) component is accelerated.
An electric current follows the path of least resistance.