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This is done by a combination of AND and OR circuits. Do some reading on "half adder" and "full adder" to get an introduction of how these circuits work. For example here: http://en.wikipedia.org/wiki/Adder_(electronics)
In a real computer, in the simplest case two integers, each consisting of several bits, are added; this requires several half adders and full adders to be connected, one after the other.
The actual computer circuits are more complicated than that, because of a Need for Speed. Also, the addition of "real numbers" (basically, numbers in scientific notation), often used on computers, is much more complicated than the addition of integers.
This is done by a combination of AND and OR circuits. Do some reading on "half adder" and "full adder" to get an introduction of how these circuits work. For example here: http://en.wikipedia.org/wiki/Adder_(electronics)
In a real computer, in the simplest case two integers, each consisting of several bits, are added; this requires several half adders and full adders to be connected, one after the other.
The actual computer circuits are more complicated than that, because of a need for speed. Also, the addition of "real numbers" (basically, numbers in scientific notation), often used on computers, is much more complicated than the addition of integers.
This is done by a combination of AND and OR circuits. Do some reading on "half adder" and "full adder" to get an introduction of how these circuits work. For example here: http://en.wikipedia.org/wiki/Adder_(electronics)
In a real computer, in the simplest case two integers, each consisting of several bits, are added; this requires several half adders and full adders to be connected, one after the other.
The actual computer circuits are more complicated than that, because of a need for speed. Also, the addition of "real numbers" (basically, numbers in scientific notation), often used on computers, is much more complicated than the addition of integers.
This is done by a combination of AND and OR circuits. Do some reading on "half adder" and "full adder" to get an introduction of how these circuits work. For example here: http://en.wikipedia.org/wiki/Adder_(electronics)
In a real computer, in the simplest case two integers, each consisting of several bits, are added; this requires several half adders and full adders to be connected, one after the other.
The actual computer circuits are more complicated than that, because of a need for speed. Also, the addition of "real numbers" (basically, numbers in scientific notation), often used on computers, is much more complicated than the addition of integers.
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DevinThis is done by a combination of AND and OR circuits. Do some reading on "half adder" and "full adder" to get an introduction of how these circuits work. For example here: http://en.wikipedia.org/wiki/Adder_(electronics)
In a real computer, in the simplest case two integers, each consisting of several bits, are added; this requires several half adders and full adders to be connected, one after the other.
The actual computer circuits are more complicated than that, because of a need for speed. Also, the addition of "real numbers" (basically, numbers in scientific notation), often used on computers, is much more complicated than the addition of integers.
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What numbers must you add to make an even number?
You must add either two odd numbers or two even numbers.
Input two numbers and get the average?
Add the two numbers and divide that by two.
What two prime numbers add up to 119?
No two prime numbers can add to 119.
What do you call the result when you add two numbers?
when you add two or more numbers together, the result is called the sum
How do you find the average for two numbers?
-- Add the two numbers. -- Divide that total by two.
