A microampere is simply one millionth (1x10-6) of an ampere.
That is correct. At its heart, a voltmeter is just a microammeter, and it registers current, not voltage. However, that current is very, very small in comparison to the circuit being tested, so this is generally not an issue. Internally, the voltmeter places a large resistor in series with the microammeter, converting it, by Ohm's Law, into a voltmeter. You don't get something for nothing in this world. No matter how sensitive the voltmeter, in order to register an effect, you have to draw some current. The only alternative, which would not be viable outside of the lab, is to build a voltage source and make a bridge - this way you would not draw any current from the circuit under test - but that is not the way it is done in practice.
It is called callback function. For an example see the qsort function.
A function is not deigned in to another function. It is because that would lead to dependency injection.
yes, we can not declare a function in the body of another function. but if we declare a function in the body of another function then we can call that very function only in that particular function in which it is declared; and that declared function is not known to other functions present in your programme. So if a function is required in almost all functions of your programme so you must declare it outside the main function i.e in the beginning of your programme.
when we write definition of a function i.e; body of a function above main() function, then the function prototype be omitted. -Ramashankar Nayak,M.C.A,Pondicherry University
A microammeter is a measuring instrument used to detect small electric currents, typically in the range of 1 to 1000 microamperes (µA). It is designed to measure low-level currents with high accuracy.
Analog multimeters use a microammeter with a moving pointer to display readings
That is correct. At its heart, a voltmeter is just a microammeter, and it registers current, not voltage. However, that current is very, very small in comparison to the circuit being tested, so this is generally not an issue. Internally, the voltmeter places a large resistor in series with the microammeter, converting it, by Ohm's Law, into a voltmeter. You don't get something for nothing in this world. No matter how sensitive the voltmeter, in order to register an effect, you have to draw some current. The only alternative, which would not be viable outside of the lab, is to build a voltage source and make a bridge - this way you would not draw any current from the circuit under test - but that is not the way it is done in practice.
Function
The parent function of the exponential function is ax
The IF function is the main function to do it and you can also use other logical functions, like the AND function, the OR function or the NOT function.
Such a function does not exist for English. A function call BAHTTEXT will do it for the Thai language.Such a function does not exist for English. A function call BAHTTEXT will do it for the Thai language.Such a function does not exist for English. A function call BAHTTEXT will do it for the Thai language.Such a function does not exist for English. A function call BAHTTEXT will do it for the Thai language.Such a function does not exist for English. A function call BAHTTEXT will do it for the Thai language.Such a function does not exist for English. A function call BAHTTEXT will do it for the Thai language.Such a function does not exist for English. A function call BAHTTEXT will do it for the Thai language.Such a function does not exist for English. A function call BAHTTEXT will do it for the Thai language.Such a function does not exist for English. A function call BAHTTEXT will do it for the Thai language.Such a function does not exist for English. A function call BAHTTEXT will do it for the Thai language.Such a function does not exist for English. A function call BAHTTEXT will do it for the Thai language.
A __________ function takes the exponential function's output and returns the exponential function's input.
No. The inverse of an exponential function is a logarithmic function.
GetA is a math function and not a string function.
A nested function.
The original function's RANGE becomes the inverse function's domain.