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Thesaurus: synonyms and related words Geography: areas of land in general berm country curtilage demesne ecotone fiefdom ground inland interior lot plot pocket handkerchief poramboke region stretch swathe terrain territory the Persian Gulf transect. We made a leisurely circuit of the city walls. Thesaurus: synonyms and related words Surfaces on which sports take place yard box AstroTurf bench course D, d dirt track dry slope field goalmouth goalpost golf course groundsman penalty spot piste pitch recreation center stretch touchline track unplayable.

See also integrated circuit. These examples are from the Cambridge English Corpus and from sources on the web. Any opinions in the examples do not represent the opinion of the Cambridge Dictionary editors or of Cambridge University Press or its licensors. Addition circuits are usually presented as intricate schematic diagrams that hide the principles behind their operation.

From Cambridge English Corpus. Naturally, it is possible to deadlock such a general tree if the leaf and node circuits are not defined properly. The value of her piece is to demonstrate very clearly the 'marked convergence of commodity circuits and interlocking consumer patterns ' p. Engineering of these biosynthesis pathways is possible, and as regulatory circuits are discovered that control batteries of genes, these pathways should become easier to manipulate.

The ' cognitive dysmetria ' model hypothesizes that one key structure in these circuits is the cerebellum. Hypofrontality in schizophrenia : distributed dysfunctional circuits in neuroleptic-naive patients.

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Hypofrontality in schizophrenia : distributed dysfunctional circuits in neurolepticnaive patients. By coordinately modulating these receptors, neurotrophins regulate the balance between excitation and inhibition in developing circuits.

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Circuits with capacitors. Capacitors and capacitance Opens a modal.

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Capacitance Opens a modal. Energy of a capacitor Opens a modal. Capacitors in series Opens a modal. Capacitors in parallel Opens a modal. Dielectrics in capacitors Opens a modal. About this unit.

Circuit | Definition of Circuit at

This is a measurement of the electrical potential produced by the battery, or the utility grid connected to the wall outlet. All those volts are sitting there waiting for you to use them, but there's a catch: in order for electricity to do any work, it needs to be able to move. It's kind of like a blown-up balloon; if you pinch it off, there is air in there that could do something if it's released, but it won't actually do anything until you let it out.

Unlike air coming out of a balloon, electricity can only flow through materials that can conduct electricity, such as copper wire. But if the wire isn't connected to anything else, the electricity won't have anywhere to go and still won't move. What makes electricity move? Electricity wants to flow from a higher voltage to a lower voltage.

This is exactly like the balloon: the pressurized air in the balloon wants to flow from inside the balloon higher pressure to outside the balloon lower pressure. If you create a conductive path between a higher voltage and a lower voltage, electricity will flow along that path. And if you insert something useful into that path like an LED, the flowing electricity will do some work for you, like lighting up that LED.

So, where do you find a higher voltage and a lower voltage? Here's something really useful to know: every source of electricity has two sides. You can see this on batteries, which have metal caps on both ends, or your wall outlet that has two or more holes. Why does every source of electricity have two sides? In any power supply, the positive side will have a higher voltage than the negative side, which is exactly what we want.

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In fact, when we measure voltage, we usually say that the negative side is 0 volts, and the positive side is however many volts the supply can provide. Electrical sources are like pumps. Pumps always have two sides, an outlet that blows something out, and an inlet that sucks something in. Batteries and generators and solar panels work the same way.

Something inside them is hard at work moving electricity towards the outlet the positive side , but all that electricity leaving the device creates a void, which means that the negative side needs to pull electricity in to replace it.

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We're finally ready to make electricity work for us! If we connect the positive side of a voltage source, through something that does some work such as a Light Emitting Diode LED , and back to the negative side of the voltage source; electricity, or current , will flow.

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And we can put things in the path that do useful things when current flows through them, like LEDs that light up. This circular path, which is always required to get electricity to flow and do something useful, is called a circuit. A circuit is a path that starts and stops at the same place, which is exactly what we're doing.

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Click this link to see a simulation of current flowing through a simple circuit. This simulation requires Java to run. However, Franklin had no way of knowing that electrons actually flow in the opposite direction - at the atomic level, they come out of the negative side and loop back to the positive side. Because engineers followed Franklin's lead for hundreds of years before the truth was discovered, we still use the "wrong" convention to this day.

Practically speaking this detail doesn't matter, and as long as everyone uses the same convention, we can all build circuits that work just fine. The reason we want to build circuits is to make electricity do useful things for us. The way we do that is by putting things in the circuit that use the current flow to light up, make noise, run programs, etc. Knowing about these will help tremendously when you're troubleshooting your own circuits.

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