For resistors connected in parallel, the voltage across each resistor are equal. the current through each resistors are equal. its total resistance is greater than the sum of the individual resistances. the total voltage drop is the sum of the voltage drop across each resistor. image of an object located INSIDE A converging lens forms a the principal focus. Oreal and inverted Oreal and upright virtual and inverted O virtual and upright
For resistors connected in parallel, the voltage across each resistor are equal. the current through each resistors are equal. its total resistance is greater than the sum of the individual resistances. the total voltage drop is the sum of the voltage drop across each resistor. image of an object located INSIDE A converging lens forms a the principal focus. Oreal and inverted Oreal and upright virtual and inverted O virtual and upright
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Transcribed Image Text:For resistors connected in parallel,
the voltage across each resistor are equal.
the current through each resistors are equal.
its total resistance is greater than the sum of the individual resistances.
the total voltage drop is the sum of the voltage drop across each resistor.
image of an object located INSIDE
A converging lens forms a
the principal focus.
Oreal and inverted
Oreal and upright
O virtual and inverted
O virtual and upright
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