Examples of using These circuits in English and their translations into Vietnamese
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Colloquial
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Ecclesiastic
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Computer
These circuits are deeply embedded in the human brain.
Jobs and I realized that these circuits would be the core of Apple.
These circuits should differ depending on which sex you're looking at.".
And don't be surprised if you find other outlets on these circuits in older and remodeled homes.
Among these circuits is sent nuclear sub, Alabama.
Take the controls of a powerful airplane and race in these circuits for winning the coveted cup.
These circuits contain rectifiers, capacitors, and may have other active electronic components, which may also permit the lamp to be dimmed.
Emerging research has shown that these circuits can be aroused, reactivated and updatedso they are reasonable.
However, there is always variation in the genome andthis leads to variation in the way these circuits develop and function.
You can also open and run these circuits with TINACloud, directly from the web, by clicking anyRun now!
Passive devices are themain building blocks of electronic circuits and without them these circuits would either not work at all or become unstable.
These circuits are activated in a more lasting way than the way we respond to other positive rewards, like winning a game or prize.
Short-term memory loss in young adults is best explained by first understanding thevarious underlying mechanisms of short-term memory, as these circuits remain vulnerable during adolescence.
These circuits are able to detect different compounds, such as oxygen or glucose, as well as light, temperature, acidity, and other environmental conditions.
So what we have been able to do is to pinpoint where these disturbances are in the brain,and we have been able to intervene within these circuits in the brain to either turn them up or turn them down.
These circuits can be rewired in humans so by changing them, we have a chance to address the root cause of stress-related problems, including obesity.”.
Each of these four is rooted in neural circuits, and each of these neural circuits exhibits plasticity-so we know that if we exercise these circuits, they will strengthen.
This allows you to power these circuits by connecting the generator to the transfer switch, instead of having to run extension cords to various items.
The“reading circuits” we construct are recruited fromstructures in the brain that evolved for other purposes- and these circuits can be feeble or they can be robust, depending on how often and how vigorously we use them.
These circuits get activated in a way that is more enduring than the way we respond to other positive incentives, such as winning a game or earning a prize.
On the bright side,emerging research has shown that these circuits can be aroused, reactivated and updated, so we can revise our out-dated unconscious emotional expectations that is the root cause of the amplification of our normal daily stress.
These circuits are activated in a way that is far more enduring than the way we respond to other positive occurrences, such as winning a prize or winning a game.
However, as these circuits become more complex, the genetic components can interfere with each other, making it difficult to achieve more complicated functions.
These circuits run in the 2.4- to 20-GHz range, or microwave frequencies, and are used in radar systems, in satellite communications, and as power amplifiers for cellular telephones.
These circuits usually run in the 2- to GHz range, or microwave frequencies, and are used in radar systems, in satellite communicationsand as power amplifiers for cellular telephones.
They found that these circuits could be rewired, but only if we intentionally activate a momentary level of stress that matched the stress level we were in when the circuit was encoded.
These circuits are related to human circuits that form during complex learning of motor sequences, such as learning to ride a bike, and are disrupted in certain conditions including Parkinson's disease.
These circuits and feedback loops result in a combination of effects that produce edge sharpening, contrast enhancement, spatial summation, noise averaging, and other forms of signal processing, perhaps including some that have not yet been discovered.