Want this question answered?
explain with the help of diagram how free electron and hole contribute to electric curent
no it dosen't due to the force calculated and air resistance is negleted
Because if the air hole was wide open, the flame will be blue, which is going to be really hot so you have to leave it at a safety yellow flame which is when the air hole is closed when lit. It could be dangerous to leave a Bunsen burner on a blue flame. this is confusing, explain more clearly, geez is dat too much to ask?
Rain does not turn into puddles but puddles are only a collection of water droplets. (Usually in a slanted hole).
Glass is usually made shatter proof in order too prevent long sharp pieces of glass injuring people. This is done by either applying a clear sheet of plastic too the glass, or the glass sheet is heated till just below the softening point and then cold air is blasted onto the glass, this way when the glass breaks into small chunks which would explain why in some cases the bullet only punctured a hole instead of shattering the whole sheet of glass.
Explain 'hole up'.
explain with the help of diagram how free electron and hole contribute to electric curent
LOL - the pie hole is the 'enter' door and the corn hole is the 'exit' door. Best way I know how to explain it.
explain it more plz
they lick your butt hole
Please explain what is a "fines wall"
there is usually dropping round the hole and bits of fur
A swallow-hole is a natural hole in the ground, usually found in karst landscapes, caused by various geological processes.
a big hole sucking everything up. only the hole has a cover. like a vacuum. it is a suck up with a cover up
be cause they eat but hole
It does appear, but not as a hole. The tissue usually flops over.
Color assignments on maps of concentrations of any constituent are arbitrary, and provided as a key on the map. There is no "natural" means of providing such a representative color. On the maps provided by the US-NASA, high ozone concentrations are yellow or white, and low concentrations are depected as dark blue, with intermediate values usually in red. So on US-NASA maps, the ozone hole is usually shown as a red circle with a blue center, when it is winter at that pole. See the link below.