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Parallel Circuit electricity has more than one path to follow

Parallel Circuit electricity has more than one path to follow total amps are equal to the sum of the individual amps total watts are equal to the sum of the individual watts applied voltage remains the same through out the circuit

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Parallel Circuit electricity has more than one path to follow

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  1. Parallel Circuit • electricity has more than one path to follow • total amps are equal to the sum of the individual amps • total watts are equal to the sum of the individual watts • applied voltage remains the same through out the circuit • total circuit resistance is always smaller than the smallest individual resistance

  2. L1 120 VOLTS S 1 10 W 100 W 300 W 75 W L2 VOLTS

  3. L1 120 VOLTS S 1 10 W 100 W 300 W 75 W L2 VOLTS

  4. L1 120 VOLTS S 1 10 W 100 W 300 W 75 W L2 VOLTS

  5. L1 120 VOLTS S 1 10 W 75 W 100 W 300 W L2 VOLTS

  6. L1 120 VOLTS S 1 10 W 100 W 300 W 75 W L2 VOLTS

  7. L1 120 VOLTS S 1 10 W 100 W 300 W 75 W L2 VOLTS

  8. L1 120 VOLTS S 1 10 W 100 W 300 W 75 W L2 VOLTS

  9. L1 120 VOLTS S 1 10 W 100 W 300 W 75 W L2 VOLTS

  10. L1 120 VOLTS 10 W 100 W 300 W 75 W S 1 L2 VOLTS

  11. L1 120 VOLTS S1 S 2 10 W 100 W 300 W 75 W L2 VOLTS

  12. L1 120 VOLTS S1 S 2 10 W 100 W 300 W 75 W L2 VOLTS

  13. L1 120 VOLTS S1 S 2 10 W 100 W 300 W 75 W L2 VOLTS

  14. L1 120 VOLTS S1 S 2 10 W 100 W 300 W 75 W L2 VOLTS

  15. L1 120 VOLTS S1 S 2 L1 120 VOLTS 10 W 100 W 300 W 75 W L2 VOLTS

  16. L1 120 VOLTS S1 S 2 L1 120 VOLTS 10 W 100 W 300 W 75 W L2 VOLTS

  17. L1 120 VOLTS S1 S 2 L1 120 VOLTS 10 W 100 W 300 W 75 W L2 VOLTS

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