Answer :
To determine the total voltage produced by a battery composed of six dry cells connected in series, where each cell develops 1 volt, follow these steps:
1. Understand the setup:
- You have six dry cells.
- Each dry cell has an individual voltage of 1 volt.
2. Definition of series connection:
- When cells are connected in series, the total voltage of the battery is the sum of the voltages of all individual cells.
3. Calculation:
- Total voltage = (Voltage per cell) × (Number of cells)
- Here, Voltage per cell = 1 volt, and Number of cells = 6.
4. Multiply the voltage per cell by the number of cells:
- Total voltage = 1 volt × 6
- Total voltage = 6 volts
Therefore, the total voltage produced by the battery with six dry cells connected in series is 6 volts.
1. Understand the setup:
- You have six dry cells.
- Each dry cell has an individual voltage of 1 volt.
2. Definition of series connection:
- When cells are connected in series, the total voltage of the battery is the sum of the voltages of all individual cells.
3. Calculation:
- Total voltage = (Voltage per cell) × (Number of cells)
- Here, Voltage per cell = 1 volt, and Number of cells = 6.
4. Multiply the voltage per cell by the number of cells:
- Total voltage = 1 volt × 6
- Total voltage = 6 volts
Therefore, the total voltage produced by the battery with six dry cells connected in series is 6 volts.
