Maybe yes, maybe not...
Light "waves" are able to travel through a vacuum because light is only halfway "wavy". Light is actually a collection of particles, known as photons. Photons, because they are particles, are able to travel through a vacuum; unlike waves, they don't need a medium to travel from place to place. If you're interested in what I mean by "halfway wavy" look up the quantum particle-wave duality nature of light on Wikipedia.
yes hehe
It does not, it travels as a wave
An experiment was conducted in relation to this theory. A extremely small object (dot0 was placed in the path of light. If light is considered to be traveling in straight lines, then a small shadow should have been formed. However, in this case no shadow is formed. Meaning that light has bypassed the object... Such bypass is only possible when light is wavy in nature... How light is both wavy and particle in nature.
because they have no charge
Yes, but only with the help of mirrors otherwise light would be bknown to travel in wavy lines!
One wavy line (~) represents similarity. Two wavy lines (≈) means "approximately." THree wavy lines (≋) would most likely mean approximately identical to.
Light does not travel further along power lines. What phenomenon are you describing?
by wavy lines of characteristic shapes
a series of curve lines
Light "waves" are able to travel through a vacuum because light is only halfway "wavy". Light is actually a collection of particles, known as photons. Photons, because they are particles, are able to travel through a vacuum; unlike waves, they don't need a medium to travel from place to place. If you're interested in what I mean by "halfway wavy" look up the quantum particle-wave duality nature of light on Wikipedia.
Lines of least travel time.
because ,light travel in stright lines.
yes
Theoretically they doNot theoretically, they do travel in waves.See my answer here:Do_light_waves_travel_in_straight_paths_called_rays
The wind's movement of the wavy lines in the sand were fascinating to watch.
Water