Want this question answered?
The representation is always distorted.
In series, Amperage remains constant. In parallel, Amperages are added.
Through a description of what happens to the characters.
Instead of blowing a fuse you'll blow up a light bulb if there is a surge.
when a bond forms, energy is released --A+
-- First of all, your description of what happens is incorrectly stated. The word "reflected" should actually be "refracted". -- The word you're looking for is "dispersion".
If "this year" is 2013, then the answer is that 62% of the 50 states were represented by teams in the NCAA men's basketball tournament. That also happens to be the samepercentage as 2012.
Nothing happens. That is actually quite common.
This happens only in pure series circuits, due to increased resistance.
The television has internal electronic circuits which supply established voltage to the essential parts of television, and when switching off, the main supply power from a supply lead through to the television is isolated at the off switch which removes the voltage to the power supply circuits, this voltage supplied by the stabilising circuits the diminishes to practically zero quite soon. With no voltage supplied by these supply circuits the main operating functions cease, but a certain amount of charge is still left within the electronic circuit so this is discharged through the same operating circuits in the form of a small amount of heat. Which is what happens normally anyway. This amount of heat is reflected in the power consumption, and carries on until the voltage supplied is actually zero, and hence no voltage is present to charge the circuits, and now could be classed as safely switched off. The voltage would have been described as having being discharged through the load of the circuits.
law
That happens at the times of the First Quarter and Last Quarter phases. "Half moon" is actually not a bad description for what you see at that time. It's more than a crescent, but less than gibbous.