The battery produces a voltage; if a conducting wire - or any circuit for that matter - is connected, a current will flow according to Ohm's Law, that is, the current is calculated as voltage / resistance.
Yes, electric current does create magnetic fields
idont know
hi I'm Adrianna; i have to say it would definitely be a current because without the current it wouldn't be able to flow. Voltage, actually. The voltage is similar to the pressure in a pipe and is sometimes called Electro-Motive Force (EMF). The current is how much flow there is and would be analagous to the volume of water delivered, as in gallons per minute.
coils of wire, iron, and electric current
One of the most important things he did was create AC current or alternating current. AC current is used in the light bulbs we use today.
A storage battery falls into that category. A load has to be applied to the battery before an electrical current will flow.
An electric current is movement of electrons, no matter the source or cause.
An electrochemical cell, which is sometimes called a battery.
i really don't know for sure but i think its yes
yes, in fact they are used for a type of Voltaic battery.
That completely depends on how much current is used by the circuit or device that's connected to the battery. For example, if there is no circuit or device connected to the battery, and no current is used, then the battery lasts for quite a long time. But if you lay a screwdriver across the battery terminals and create great balls of fire, then the charge on the battery may only last for 1/2 second.
because it is necessary to the research they are conducting
Any current will produce a magnetic field. If you let a current pass through the wire, you got your magnetic field.Note: If you connect the wire directly to the battery, without any resistance, you'll most likely destroy the battery, due to a short circuit.
A single object is called a cell; a battery consists of multiple cells. It works because the potato can act as a electrolytic substance, allowing current flow. However, the potato alone does not actually cause the current or voltage; it is the metals you use, which create a galvanic reaction.
Because it has to turn over a large engine. This takes plenty of cranking amps. To create that much amps takes a large battery with plenty of storage space for the current needed.
A difference of potential (voltage) and a conductor connected to the voltage source will cause current flow. Not that you'd want to "short out" a voltage source with a piece of wire, but just the source of voltage and the conductor would permit current to flow. If you took a piece of wire and touched it to the terminals of a good battery, current would flow. It takes just those two things to create a current.
only if it's off The plastic body of the battery, or one of the terminals, yes, BUT... disconnected from the vehicle or not, DO NOT allow any metallic object to touch BOTH of the battery's terminals [Positive and Negative] AT THE SAME TIME. This is because that touching both terminals at the same time with any conducting metal such as a wrench will create a SHORT CIRCUIT, and COULD cause the battery to explode, throwing shrapnel and battery acid everywhere for several feet around the shorted battery.