Voltage would be that of 1 cell.
No, cells do not push electric current harder around a circuit. Electric current is driven by the voltage difference between the cells. Adding more cells in series increases the voltage, which can result in more current flowing through the circuit, but the cells themselves do not push the current harder.
Whether the cells are oval or round in shape would depend on the kind of cells. For example, the cells found in the cheeks of humans are all oval in shape.
the round window in the ear is a little hole connected to the beginning of the coclea. God bless you
Yes, the round shape of blood cells (specifically red blood cells) allows for a larger surface area-to-volume ratio, which is important for efficient gas exchange. This shape helps oxygen and carbon dioxide diffuse more easily across the cell membrane.
No, plant cells are square. Animal cells have a blob form with cilia hairs surrounding them, unlike a plant cell.
a circuit is a round wire that connects through a battery into a lightbulb
Two voltage sources in series can either add up or cancel out depending on which way round they are orientated. If the two positive or the two negative terminals are connected together, the overall voltage is the subtraction of the two. If the positive terminal from one supply is connected to the negative terminal from another, the overall voltage is the sum of the two.
No, cells do not push electric current harder around a circuit. Electric current is driven by the voltage difference between the cells. Adding more cells in series increases the voltage, which can result in more current flowing through the circuit, but the cells themselves do not push the current harder.
In a parallel circuit, the brightness of the bulbs connected depends on their resistance and current flow, not their physical shape or size. The bulbs will have the same voltage across them, so if the long bulb has a lower resistance, it could be brighter but this depends on the specific characteristics of the bulbs.
The battery helps the wires complete the curcuit.
round terminal batteries have 2 posts the larger 1 is the positive, from memory mx5 is in boot on the right. another way to test is a multi meter set to read voltage. anything that costs more than a pound will tell you that you have connected it the wrong way. red will always be positive on the meter. paddycanman.
Animal cells have a round shape where as a plant cell is more square.
The round cells that move in the blood capillaries are called RED BLOOD CELLS.
It is a vacuum reservoir. It helps maintain a constant vacuum supply to the HVAC system when engine vacuum is temporarily not sufficient.
If you are talking about an AC (alternating current) circuit, such as the house mains supply, "reverse polarity" usually means the "hot" and "neutral" wires from the supply have been connected to something the opposite way round to what they should be. If you are talking about a DC (direct current) circuit supplied by a battery, such as in a car, "reverse polarity" usually means the positive and negative leads from the battery have been connected to something the opposite way round to what they should be.
The old galvanic power cells that we used in our flashlights, and so forth, actually had a thin wrap of zinc alloy as one of the two electrodes. The other electrode was composed of thin sheet material with an acid paste applied to it and wrapped round and round with the zinc. (Plating something with zinc to make it rust-proof is called "galvanizing", which has nothing to do with your question, other than to explain where the term comes from) Alkaline power cells use an alkaline or basic 'paste' rather than an acid one, in a structure that is much more delicate than the glavanix cells, but with much more surface area, to create a much longer-lasting cell. (PS, they are not batteries until 2 or more power cells are connected. It's like a battery of psychological tests, a battery of heavy naval guns, or the old baseball term, 'battery', which meant the pitcher and catcher working together as a team.
branching cells, flat cells, and round cells