An input is a number that you plug into an equation in order to get the result of another number (output).
The result is called the quotient.
The result of an addition problem is called the sum.
The result of a division problem is called a quotient.
The result of a subtraction problem is called the difference.
result from mismatch between visual and vestibular inputs
An input is a number that you plug into an equation in order to get the result of another number (output).
Outputs are simply the result of a calculation. The calculation may involveone input: for example the measure of an angle, from which its cosine is calculated, ortwo inputs: for example two numbers whose sum of difference is the calculated, orseveral inputs: a set of figures whose average is calculated.
overall productivity rises.
No. A function takes in values of no, one, or more input variables, and returns no or one result. It cannot return more than one result. Do not confuse this with returning multiple results using call by reference parameters - this is not the same thing.
To analyze means to find out what effect will the inputs have on a result, which input when increased or decreased will have what type of effect.
there are two short circuit gates, AND gate and OR gate. AND gate produces true when all the inputs/values are true, otherwise false. OR gate produces ture result when atleat one input is true, otherwise if all the inputs are false, overall result is False. These are: && and in C
int process (int a, int b) { int result = a + b;if (result % 2) { result += 10; } else { result -= 2; } return result; }
A single number cannot have a product: a product is the result of a BINARY OPERATION and this means that it must have two inputs.
the characteristic of any production system in which increases in variable inputs result in increasing reduction of total output. An indicator of when to stop making additional inputs to the system, when the input exceeds the additional output.
"Asserted simlutaneously" means that the two inputs were changed at the same moment in time, within the propagation delay of the circuit. Depending on the device, this may result in indeterminate behavior. Sometimes, the question is what happens when you de-assert the two inputs at the same time. Again, look at the specifications for the particular flip-flop.
The result is called a diamond structure. Diamond consists of tetrahedrally bonded carbon atoms arranged in a three-dimensional network structure, making it one of the hardest known materials.