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curve of monson
Curve of ecuador is on Facebook. This is a work out class for anyone.
Zener diodes are normally operated in their reverse breakdown voltage curve.
Schottky
Tree's curve on hills or slope because of a process called creep (Learned it in Biology class)
because the ordinary demand curve ignores the income effect of price changes.also since the compensated demand curve is less inelastic than an ordinary demand curve.
It has a very sharp reverse breakdown voltage curve and is not damaged by the reverse current, as some normal diodes might be.
Ur probably in Farzads class... hah xD
the curve should be located in the center of the graph.
It's called either a reverse turn (if it's close to 90 degrees) or a reverse curve (if the curves aren't as tight.) A yellow diamond sign with an arrow pointing up, with two bends in it.
The learning curve is reverse 'J' shaped. Its shape indicates that the cost of production rises with rise in quantity produced but to an extent. After that point it stops increasing. It happens because the management or the production department learns to control the cost of production from past mistakes or experience or by reffering previous data. so, the learning to control the cost has named this curve as learning curve. when the cost stops rising and it stabilises then the curve becomes a straight line acordingly.....and it forms the shape of reverse 'J'.
You are talking about a special type of diode called a zener diode which is designed, using special junction doping, to allow controllable reverse bias operation at a reduced breakdown voltage with a much sharper knee point curve than its normal forward breakdown curve. This allows the diode to be used as a voltage regulator. Normally, a diode's reverse breakdown curve is such that, at reverse breakdown, it avalanches and, without current limits in place, will self destruct. The zener diode, on the other hand, will operate in reverse much the same as it does in forward, just at a different voltage, and with a much sharper current to voltage curve, making it highly suitable as a voltage regulator.