A battery is a device in which chemical energy is directly converted to electrical energy.[12] It consists of one or more voltaic cells, each of which comprises two half cells connected in series by the conductive electrolyte. A battery consists of one or more voltaic cells in series. Each cell has a positive electrode (cathode), and a negative electrode (anode). These do not touch each other but are immersed in a solid or liquid electrolyte.[13] In a practical cell the materials are enclosed in a container, and a separator between the electrodes prevents them from touching one another.
Each half cell has a net electromotive force (or voltage), with the net voltage of the battery being the difference between the voltages of the half-cells. The electrical potential difference across the terminals of a battery is known as its terminal voltage, measured in volts. The terminal voltage of a battery that is neither charging nor discharging is called the open-circuit voltage. The terminal voltage of a battery that is discharging is smaller in magnitude than the open-circuit voltage, and the terminal voltage of a battery being charged is greater than the open-circuit voltage. [14]
The voltage developed across a cell's terminals depends on the chemicals used in it and their concentrations. For example, alkaline and carbon-zinc cells both measure about 1.5 volts, due to the energy release of the associated chemical reactions. Because of the high electrochemical potential changes in the reactions of lithium compounds, lithium cells can provide as much as 3 volts or more
Source:wiki
chemical reactions
okay slender man will kill you if you dont know
Water molecules are polarized (one side is positive and the other is negative), which encourages the ions in salts to separate from each other.
electrophoresis
Gram staining is primarily used to differential bacteria based on their cell wall structure. Bacteria are usually classified as Gram positive or Gram negative. Gram positive - thick layer of peptidoglycan as outermost layer, plasma membrane as innermost layer. Gram negative - thin layer of peptidoglycan "sandwiched" in between 2 separate plasma membranes.
Typically passing electricity through tap water will begin to separate the hydrogen and oxygen in H2O. Oxygen bubbles will begin to accumulate at the positive contact and hydrogen to accumulate at the negative contact.
Connect the three batteries in series:[POSITIVE]-[battery #1]-[neg]-------[pos]-[battery #2]-[neg]-------[pos]-[battery #3]-[NEGATIVE]You'll have 27 volts between [POSITIVE] and [NEGATIVE].
when negative and positive separate they cause a front
You pass an electrical current through the water. The positive electrode will release oxygen while the negative electrode will release hydrogen.
to separate negative and positive numbers
The electrolysis ionize the particles/ molecules present in the particles and charged the positive and negative ions. Positive ions collected on negative electrode and Negative ions collected on positive electrodes.
You can either wire them in series, connecting the positive of one battery to the negative of the other and then having two separate leads as the power source (one from each battery).Or, you can wire them in parallel, with the two negatives joined (to a common negative lead), and the two positive terminals joined (with a common positive terminal).NOTE: If you don't know what you are doing look for a diagram or ask someone for assistance, if the batteries are wired incorrectly, or short they can cause a fire or even explode.
Zero is the middle. The neutral. There has to be something to separate the positive and the negative.
to separate the negative numbers and the positive numbers on a number line
compounds in the liquid separate into positive and negative charged ions.
They most likely have something in the middle to keep them seperated.
They separate, with positive charges on one side and negative charges on the other.
You need to explain the problem better. Are they separate integers, fractions, positive, negative etc