Placing a question mark at the end of a statement does not make it a sensible question. Try to use a whole sentence to describe what it is that you want answered.Yes, it is possible to input a number and find whether it is positive or negative. Yes, it is possible to write an algorithm to do that. But what is it that you want?
Positive clipper-the clipper which removes the positive half cycles of the input voltage, while the negative clipper the clipper which removes the negative half cycles of the input voltage.
The rule that determines the output number based on the input number is known as a function. For example take the function: f(x) = x+1. F is the name of our function, x is the input number, and f(x) is our output number. So if our input number is 3, our function or "rule" says to add one to it. Therefore, f(x), known as the output number, would be 4 since 3+1 = 4.
Edit Component
yes it is. http://www58.wolframalpha.com/input/?i=is+151+a+prime+number%3F
complex to-complex(mag, theta) { if(mag >=0) { real = mag * cos(theta); img = mag * sin(theta); return real + i * img; } else raise error; } One test is needed : mag must be a positive number! And the return value is depending of your way to deal with complex number
draw a flow chart to input ten number and count the positive negative and zero
Yes, exponential functions have a domain that includes all real numbers. This means that you can input any real number into an exponential function, such as ( f(x) = a^x ), where ( a ) is a positive constant. The output will always be a positive real number, regardless of whether the input is negative, zero, or positive.
Positive clipper-the clipper which removes the positive half cycles of the input voltage, while the negative clipper the clipper which removes the negative half cycles of the input voltage.
Ideal op amp approximations: -no current goes into the positive or negative input of the op amp. -The open loop gain is infinite. -Voltage at positive input is the same as the negative input.
in what languange? I assume it's TI-Basic (or something else)TI-Basic:input Aif A < 0thendisp "Negative"elseif A > 0thendisp "Positive"elseif A = 0thendisp"zero"endor PHP:$a = $_POST['input'];if ($a < 0) {echo $a . " is smaller then one, meaning it's a negative number.";} else if ($a > 0) {echo $a . " is bigger then one, meaning it's a positive number.";} else {echo $a . " is a zero"}I'm sure you can convert it to c++ or something else. It's as simple as that!
That is a function defined as: f(x) = -1 if x is negative f(x) = 0 if x is zero f(x) = 1 if x is positive In other words, a function that basically distinguishes whether the input is positive, negative, or zero.
A: Any feedback that contributes to the input is positive feedback any feedback that subtract from the input is negative feedback
There are no real answers for a square root of a negative number. Try it on a good scientific calculator (some calculators simply square root the positive, ignoring the negative input), and it should come up with a math error.
Recall that domain is the input of a function, and the range is the output. If the value for the input (domain) represents the height of a person, it would not be reasonable to use a negative number for the input because this would indicate a negative height. That would not be realistic or negative. Some events would be reasonable or realistic if a negative number would be used as a valid time input and some events would not. For example, a negative time may represent the time before blastoff, but a negative time would not be realistic if it was used to represent the time you spent on homework last week. Only zero or a positive number would be realistic, therefore the reasonable domain would be non-negative numbers (positive numbers and zero).
To get a negative number on a scientific calculator, you can usually press the negative sign key, often labeled as “(-)” or “±,” before entering the number. For example, to input -5, you would press the negative sign key followed by the number 5. Alternatively, if you have already entered a positive number, you can often change its sign by pressing the same negative sign key again.
#include#include#include#includeusing namespace std;string ask(string prompt){string input;coutinput)return(input);return(0);}bool ask_yn(std::string prompt){while(1){string input = ask(prompt);if( input.size() && input.size()
An inverting amplifier is configured such that the output is 1800 out of phase with the input. that is, if a positive input increases the subsequent negative output decreases and vice versa.