Yes. This would usually be expressed as two different functions, for example, f(x) and g(x). Or you can have a single function that returns an "object" that is more complicated than a single real number - for example, a complex number (made up of two real numbers), or a point in space (3 real numbers).
There will be 2 columns: one labeled X or input and Y or output. In the first column are the numbers 1,2,3,4, and 5. Above the chart is a rule which is basically an algorithm to find the numbers under Y. For example the rule is: Y=5X-2. So that means that we have to multiply the numbers in X by 5 and subtract 2. Therefore the Y numbers are 3,8,13, 18, and 23.
3 inputs and 2 outputs
There are infinitely many possible answers. Some examples:Output = 8 (whatever the input): this is the SIMPLEST rule.Output = (Input)3Output = (Input + 1)2 - 1Output = Input*4Output = Input + 6Output = 2*(Input + 2)
A table in which you put in a number and out comes another number. Usually more than one groups of numbers. And almost ALWAYS follows a rule such as: Input x3=Output or Input -23= Output Input | Output 2 | 4 10 | 20 16 | 32 In this table you can see that the rule is Input x2 = Output Hope This helped!
A math CONCEPT is a fancy way of describing the different ways and things you can and can't do in math. A math Concept can be 5!. That in term equals 5*4*3*2*1, which then = 120.
yes
The salary problem has 2 outputs for each input value.
There are 2 outputs for each positive input value in the Catwalk problem.
Yes, on a RF splitter there are 2 outputs and 1 input, for certain applications, it can be used in reverse to combine 2 inputs into 1 output!
1) Moory machine have a initial state, but melay machine doesn't. 2) Moory machine have same output for any input, where as melay machine have different outputs in different inputs.
An input/output table works like this:You input something, and through a function, it outputs something else!Say I Had a function that is: input+2If I were to input 5, It would output 7All an input/output table does is displays a couple examples of multiple inputs with their outputs! Put tables only operate on one function....Example:Function: Input x 5 + 3INPUTS - OUTPUTS----------------------1 - 82 - 133 - 186 - 3310 - 53
<1>. Software that is determinte: the order and timing of its inputs, processing, and outputs is predictable. <2>. Software that is indeterminate: the order and timing of its input, processing, and outputs is not predictable in advance.
The use of any connector is dependant on the equipment so to answer the question, we will assume that it refers to a television. Most modern televisions have a selection of different inputs and are normally marked as AV 1, AV 2 and so on. They are likely to be different types of input but once again, that is dependant on the model. If the connectors are on an AV amplifier it is possible that they are outputs rather than inputs. If there is any doubt, it is important that you read the manual to find out before making connections.
An encoder is a combinational circuit that converts a signal on exactly one input into its corresponding binary number.The maximum number of inputs is directly related to the number of outputs. Anencoder with n outputs supports 2^n inputs. When n = 2, there are 2^2 = 4 inputsthat can be encoded. When n = 3, there are 2^3 = 8 inputs that can be encoded.
you will need 2 two input AND gates to do this. connect the output of the first to one input of the second. you now have a three input AND gate. just remember when calculating timing that 2 inputs of the 3 have twice the gate delay of the remaining input, thus the output will have skew and possibly glitches. if timing is critical or glitching can't be tolerated it may be best to use an actual three input AND instead of kludging one.
There will be 2 columns: one labeled X or input and Y or output. In the first column are the numbers 1,2,3,4, and 5. Above the chart is a rule which is basically an algorithm to find the numbers under Y. For example the rule is: Y=5X-2. So that means that we have to multiply the numbers in X by 5 and subtract 2. Therefore the Y numbers are 3,8,13, 18, and 23.
3 inputs and 2 outputs