It wouldn't happen. Negatives go to positives and vice versa.
Business and finance: Examples are profit (positive) or loss(negative). Net Cash flow (amount of money coming in less amount going out) can be positive or negative. This is not the same as profit/loss. For example, you buy a piece of equipment for your business and finance it. Your payments on the loan affect cash flow, but the interest on the loan and the depreciation of the equipment affect profit/loss. In your personal finance, you can have a net negative cash flow. If you have some savings, and say one year you are laid off for a while and have to draw from savings. Or say you are saving up to buy a car. While you are saving, your net cash flow is positive, then when you buy the car, your cash flow could be negative, for that year. In investing, many investments (mutual funds in particular) will express a Rate of return as a percentage. This number could be either positive (the investment increased in value), or negative (the investment decreased in value).
Absolutely not. The reason behind is that it shows currents (both ac and dc) which has a desired direction of flow of electrons.. So Galvanometer does not have any electrolytic terminals!!
The volcanic ash is very fertile and can bring a very good harvest. The pyroclastic flow and the lava is very destractive and can caurse a lot of damedge to the serrounding area.
x raised to a positive power, a is xa where a> 0. If a is an integer then it is equal to x*x*...*x where there are a lots of x.x raised to a negative power is the same as the reciprocal of x raised to the absolute value of the power. Thus, if b < 0 then xb = 1/x-bwhere -b > 0.x raised to rational or irrational powers are defined using the power laws.Another AnswerThe terms 'positive' and 'negative' powercan also be used to describe the direction of energy flow. For example, when a generator supplies energy to the grid, we can say that the direction of that energy and, therefore, the rate at which the energy flows (i.e. power) is positive. However, when the grid supplies energy back to the generator (causing it to 'motor'), then the energy (and, therefore, the power) is negative.
Energy flows from the negative terminal to the positive terminal of a battery.
Conventional current flow is from positive to negative. Electron flow is from negative to positive
If we go for the diagramatic representation then battery positive is represented by the long terminal and battery negative is represented by the short terminal then the direction of the current is given by an arrow from positive terminal to negative terminal (Therotically electrons flow from negative to positive but we represent current flow from positive to negative. This is the sign convention )
Electrons are a negative charge. Using conventional notation current flows from positive to negative poles of a battery, for example. In electron flow convention the electrons flow from negative to positive.
Electrons are a negative charge. Using conventional notation current flows from positive to negative poles of a battery, for example. In electron flow convention the electrons flow from negative to positive.
positive to a negative
NO. By tradition and usage : current flows from positive to negative. In reality : electrons flow from negative to positive.
the positive side, the negative side is usually just a ground
In an automotive electrical circuit, current is considered to flow from negative to positive in that circuit. Electrons leave the negative terminal of the battery, flow through any complete circuits, and return to the positive terminal of the battery.
The direction of current flow in a battery is from the negative terminal to the positive terminal. This convention was established before electrons were discovered, so it is based on the movement of positive charge carriers. However, in reality, the electrons flow from the negative terminal to the positive terminal.
Electrons flow from the negative terminal to the positive terminal of a battery due to the potential difference created between the terminals. This movement of electrons completes the circuit and allows for the continuous flow of current, enabling the battery to provide power to electrical devices.
The current flow is from positive to negative whereas electron flow is from negative to positive.