There are three disadvantages of parallel circuits. These include the fact that they have complex resistance, voltage that is limited, and a current that varies.
In parallell.
Not really. The energy requirement of each light-bulb (or whatever you want to drive) wouldn't change, and you can't get energy out of nothing.
Preferably with a multimeter. For amps you hook it up in series, for volts you hook it up in parallell. For Ohms, you'll need to have the item you want to measure separated fron the circuit.
Preferably with a multimeter. For amps you hook it up in series, for volts you hook it up in parallell. For Ohms, you'll need to have the item you want to measure separated fron the circuit.
Kites maybe?
Yes, they do.
A [non-right] trapezium.
Not if they are on a flat surface. - all the three are parellel to eachother.
bcause you have to make it parallell or it's not a segment.
The slope of a line and of a line parallel to it is the same.
Parallell * * * * * It is the angle between the two lines.
Depends on how you add them. Added in series, the voltage will increase, maybe to the point of damaging the LED. If the LED survives, it will shine brighter. Added in parallell, the LED will shine the same, and will be able to shine longer before draining the batteries.