It is simply 10 to that power. Thus, antilog(231) = 10231. Could not be simpler.
change the percentage to a decimal than divide it.
The answer depends on what functions are built into your calculator. Read the calculator manual.
You will need to use tables of z-score or a z-score calculator. You cannot derive the value analytically.The required z-score is 0.524401
You either look it up in a table of z scores or you can use a calculator such as the TI8 and use normalcdf.
If it is log to the base 10, use the calculator to find 10 to that power. If it is log to the base e, use the calculator to find e to that power. Both the above are standard functions on all scientific calculators and are easy to work out on spreadsheets. Alternatively, you can find the antilog of the absolute value and then find the reciprocal. Thus antilog(-3.5) = 1/antilog(3.5) etc.
The antilog of the number in the display is10xThere's probably a button somewhere on the calculator that gives you 10x . Also, this terminology, and the button, are probably discussed in the tiny bookletthat comes with the calculator.
To find the antilog of a negative number, you can use the formula antilog(x) = 10^x, where x is the negative number. The antilog of a negative number represents the inverse operation of finding the power of 10 that results in the negative number.
First you must decide what basis you are using for logarithms. Often this will be the number 10, or the number e. (In theory, any number greater than 1 will work.) Then you just raise the base to your number. For example, the antilog (base-10) of 5 is simply 105 = 100,000. Your scientific calculator should have an antilog key.
First you must decide what basis you are using for logarithms. Often this will be the number 10, or the number e. (In theory, any number greater than 1 will work.) Then you just raise the base to your number. For example, the antilog (base-10) of 5 is simply 105 = 100,000. Your scientific calculator should have an antilog key.
Antilog 0.8024 = 100.8024 = 6.3445 In more advanced mathematics, logarithms would be to the base e, but I expect that is not the case here.
The way you find modulus of a number on a scientific calculator depends on the model of calculator. On the TI-86, you use mod (x,y) or x mod y to find modulus.
Besides using a calculator, there are tables of logarithms. You can find the antilog that way. See the related link.
2.7589.... If you don't have cube roots on your calculator, find the logarithm of 21, divide it by 3, and find the antilog of that.
To find the antilog of 15.6, you need to raise the base of the logarithm to the power of 15.6. The antilog function is essentially the inverse operation of the logarithm. If you are using base 10 logarithms, you would calculate 10^15.6 to find the antilog of 15.6. This would result in approximately 2.51188643150958 x 10^15.
Find the base for the logarithm: it is likely to be 10 if you are a newcomer to logs or e (= 2.71828...) if you are more advanced. Then the antilog of x is 10x or ex.
One can find free online scientific from websites like Web2, Online-Calculator, Meta-Calculator, Calculator-Tab, MathOpenRef and Alcula. One can also find scientific calculator software pre-installed in Windows.