cells must be connected in series
Voltage would be that of 1 cell.
Nothing, for electricity to flow there has to be a voltage difference, ie connected from one end of the cells to the bulb, AND from the other terminal of the bulb to the other end of the cells.
A C dry cell battery has a voltage of 1.5 volts. The amperage produced by the battery is dependant upon what the load current is of the connected device. The higher the load current the quicker the battery will discharge, shortening the life of the battery. Rechargeable C cells will have to be recharged at this point in time. Four cells in parallel will produce a total of 1.5 volts. Four cells in series will produce a voltage of 6 volts.
phloem cells are connected end to end. So each one is connected to the other.
Tissues are connected to the cells organism by small molecules called cells.
The cells are the individual units that provide voltage. In a battery, several of them are connected in series, to provide a higher voltage.
"series" ... high voltage
Sources with different voltages should never be connected in parallel, you would have a difference of potential. Any time you have a difference of potential connected together you will have sparks, which could cause the batteries to explode.
"series" ... high voltage
10v In series, just add them together.
Total voltage output of 5 2v cells connected in series would be 10v
10 volts. The formula to work that out is: quantity of cells*voltage of cells
The voltage increases in this case.
Battery voltage / number of cells = cell voltage 12/6 = 2 volts cell voltage
There is addition of voltage. Dry cells have 1.5 volts irrespective of there size. if the cells are added as same polarity in series it will add if are parallel then voltage remains same
Voltage would be that of 1 cell.
voltage is still 1.3V in parallel circuit, voltage stays the same but current adds up in series circuit, voltage adds up but current stays the same