Text Explained
To find this: Do this:
Steps for Series:
  1. Choose Series from the main menu.
  2. Enter in the number of resistors. (This case: 2)
  3. Enter in the resistor size for all the resistors. (This case: 3 and 2)
  4. Enter in the battery volt size. (This case: 9)
  5. Wait for the Anayzing and Calculating to finish.
  6. The Equivalent Resistance is displayed. (This case: 5)
  7. Press Enter to continue. (2x)
  8. Look through the last pages for the Amps and Volts for each resistor.
Note: The Amps and Volts for each resistor have a different page.
To find this: Do this:
Steps for Parallel:
  1. Choose Parallel from the main menu.
  2. Enter in the number of branches. (This case: 2)
  3. Enter in the resistor size for all the branches. (This case: 3 and 2)
  4. Enter in the battery volt size. (This case: 9)
  5. Wait for the Anayzing and Calculating to finish.
  6. The Equivalent Resistance is displayed. (This case: 6/5)
  7. Press Enter to continue. (2x)
  8. Look through the last pages for the Amps and Volts for each resistor.
Note: The Amps and Volts for each resistor have a different page.
To find this: Do this:
Steps for Complex:
  1. Choose Complex from the main menu.
  2. Enter in the circuit. Any combination is allowed.
    1. When you add a split or branches, you have to end the section(option 3)
      when you start entering in another section or the original branches or
      parallel circuit.
    2. There must be a resistor on each branch.
  3. You can only end the circuit entry point when the 'Done' appears as option 3.
  4. Enter in the battery volt size. (This case: 9)
  5. Wait for the Anayzing and Calculating to finish.
  6. The Equivalent Resistance is displayed. (This case: 5)
  7. Press Enter to continue. (2x)
  8. Look through the last pages for the Amps and Volts for each resistor.
Note: The Amps and Volts for each resistor have a different page.