When electric current flows through the tiny wire inside the light bulb, the electrical
energy heats the wire so hot that it radiates light and heat. If the wire was in air,
it would immediately burn up. But all the air has been removed from the light bulb,
so the wire lasts for a while even though it's so hot.
lightning energy
Electricity moves through wires.
No
Electrons
Extreme Gravity.
Electricity moves better through thick wire. This is because thick wires have a lower resistance and allows more current to pass through it. Now that might be true but I did an experiment with a thick wire,thin wire,light bulb,and D batteries and the thin wire made the light bulb light up brighter. So, really its probably a thin wire.
Yes, the word 'pathway' is a noun, a word for a track or course used for walking form one place to another; the course along which something moves; a word for a thing.
in the ascending limb of the loop of Henle
Pathway is the area, or direction, that a dancer moves in or covers while performing.
We generally consider that the force of an electric field moves at the speed of light. And electricity moves at the speed of light.
when it moves back and fort it produces electricity no when the MAGNET moves back and fort it produces electricity dumboe
Light bounces off the leaf, enabling the eye to detect its color and shape as light also enters the retina.
Current Electricity
If the path is a wire or conductive material then you have a current or flow of electricity. If the path is air then you you have a spark or lightning strike
Ground type moves are effective against electricity
Electricity moves through wires.
The apoplast and symplast pathways are two different pathways by which water can move through the root of a plant. Water in the apoplast pathway moves from cell to cell via spaces in the cellulose cell walls until it reaches the endodermis. At the endodermis, there is the 'apoplast block' - the cellulose cell walls of the cells of the endodermis have a substance called suberin which is impermeable and prevents the movement of water. The suberin makes up what is called the Casparian strip. At this point, all the water has to move into the vacuolar and symplast pathways. The function of the apoplast block is to prevent harmful substances from entering the xylem. The symplast pathway is where water moves from cell to cell in the cytoplasm via the plasma membranes and plasmodesmata. Water moves along the root by osmosis down a water potential gradient (as water moves into one cell, this cell then has a higher water potential than the adjacent cell, so water moves from cell to cell by osmosis). Water moves in this way along in the cytoplasm from the root hair cell to the endodermis.
The fertilized ovum moves through the fallopian tube to the uterus. Once at the uterus the blastocyst floats around until it finds a spot on the uterine lining to implant.