Yes, according to the rectilinear propagation of light, light does travel in a straight line. The only two things that can possibly alter that are near-relativistic speeds, and intense gravity. The latter was proven during a total solar eclipse in 1919.
Yes but there are few exceptions to this rule. Heatwaves create light to create a wiggling motion so that is possible. Mirrors also have an ability to chagne the direction of light but not to turn it around.
This question is not simply answered. Due to the duality principle photons are percieved to have particle and wave-like properties. If it has particle properties than photons have mass. If they have mass they are affected by gravity. If affected by gravity then if they travel past a large enough body the path of the photon can be affected so as to curve towards the body.
This principle has been applied to observe small planets in space behind a very large planet as the light emitted by the small planet travelled past the horizon of the large planet and was curved towards the earth where it could be observed.
light spreads out in straight lines. i hope i cleared your misunderstanding.
Light will travel in a straight line when there is nothing to refract, reflect, or diffuse it from it's course.
light travels in straight paths called rays
that light travels in straight lines
Light travels faster than air. Its beam are straight so that it travels through holes.
Light always travels in straight lines. When it encounters a boundary between different indices of refraction, the straight line may change to a different direction.
It does not, it travels as a wave
light travels in straight paths called rays
that light travels in straight lines
Light travels faster than air. Its beam are straight so that it travels through holes.
Light always travels in straight lines. When it encounters a boundary between different indices of refraction, the straight line may change to a different direction.
It does not, it travels as a wave
light is called a ray because light travels in straight lines
a sex when a male is on top of a female
NORTHAmended answerLight travels in straight lines.
Because light travels in straight lines. (unless some form of meta-material is present in its path).
Light travels in straight lines through uniform materials.
Can you see an object around the corner of a building
Because lihgt travels in straight lines, proof of this can be found when light is emmited in a dusty atmosphere