Question

How is the 12 volt potential difference of the car battery shared between the six heating

elements?

Answer 1

The sharing of the 12-volt potential from a car battery across six heating elements depends on their circuit connection, either in series or parallel, affecting whether they each get an equal portion (2 volts each if in series) or the full voltage (12 volts if in parallel).

The car battery generates a 12-volt potential difference, and when it comes to dividing this voltage among the six heating elements, it will depend on how these elements are connected within the circuit. If the heating elements are connected in series, each element would drop an equal part of the total voltage, meaning each would have a 2-volt potential difference across it since 12 volts divided by 6 elements equals 2 volts per element. However, if the heating elements are wired in parallel, each element would experience the full 12-volt potential from the battery.

In the case of electric energy conversion, parameters like internal resistance and current flow are crucial. The provided details from the physics book explain how to calculate the potential difference across terminals, thermal energy dissipation, and electric energy conversion into chemical energy in a car battery during the charging process. It is also described that car batteries consist of cells connected in series to produce the required voltage for automotive functions.

Answer 2

To say we have a 12.0-V battery implies that its terminals have a 12.0-V likely contrast. At the point when such a battery moves charge, it puts the charge through an expected distinction of 12.0 V, and the charge is given an adjustment of potential energy equivalent to Δ U = q Δ V .

six cells

There are six cells to a 12 volt lead corrosive battery. A battery cell's greatest capacity to convey current (amps).

A 12 V lead-stockpiling battery comprises of six cells, each delivering roughly 2 V. The genuine standard cell potential is acquired from the standard decrease possibilities. In light of the positive and negative charges on the battery terminals, an electric potential contrast exists between them.

A 6 cell lithium particle pack has an ostensible voltage of 21.6V to 22.2V and a most extreme charge voltage of 25.2 volts

Step-by-step explanation:

1. One volt is the likely contrast between two focuses in an electric circuit when 1 joule of work is finished to move charge of 1 coulomb from one highlight other.
2. A completely energized 12 volt battery ought to peruse at 12.6 volts on the multimeter. In the event that the perusing is lower than this, you'll need to accuse your battery of either a battery charger or by taking your vehicle for a drive.
3. A 12 volt 105 AH battery can supply (under wonderful circumstances and to 100 percent release) 12 x 105, or 1260 Watt-hours (1.26 kWh).
4. between 5 to 8 hours
5. The short response is that a 200-watt sunlight based charger that creates 1 amp of current takes between 5 to 8 hours to charge a 12-volt vehicle battery totally.
6. A 100Ah 12 volt profound cycle lead-corrosive battery can run a 100W ceaseless DC load for 6 hours whenever released to half as suggested. A 100Ah 12 volt lead-corrosive profound cycle battery could run a 100W evaluated AC food-blender for 7 hours with half Profundity of Release.
7. Voltage contrast among An and B, VAB=(I1+I2)6=(2−1)6=6 volts.