the log of a number, X, is equal to some value , N, and by definition
10 to the N power =X
10 to any power is always positive
There is no answer - it is an error: negative numbers do not have logarithms. The log if a number tells to what power the (positive) base must be raised to get the number. Raising any positive number to any power will never result in a negative number, so it is an error to try and take the log of a negative number.
Logs are defined only for positive numbers so the log of a negative number does not exist.
Yes. The logarithm of 1 is zero; the logarithm of any number less than one is negative. For example, in base 10, log(0.1) = -1, log(0.01) = -2, log(0.001) = -3, etc.
The logarithm of a negative number is undefined in the realm of real numbers. This is because logarithmic functions are defined only for positive real numbers. However, in the context of complex numbers, the logarithm can be defined for negative numbers using the formula ( \log(-x) = \log(x) + i\pi ), where ( i ) is the imaginary unit. This allows for a complex representation of logarithms of negative values.
Log(y) can be any number, positive or negative, no limits. It all depends on the value of 'y'.
There is no answer - it is an error: negative numbers do not have logarithms. The log if a number tells to what power the (positive) base must be raised to get the number. Raising any positive number to any power will never result in a negative number, so it is an error to try and take the log of a negative number.
The negative log of a number is the log of the number's reciprocal ('1' divided by the number).
You can't take the log of negative numbers - at least, not while you stay in the realm of real numbers.You can't take the log of negative numbers - at least, not while you stay in the realm of real numbers.You can't take the log of negative numbers - at least, not while you stay in the realm of real numbers.You can't take the log of negative numbers - at least, not while you stay in the realm of real numbers.
Logs are defined only for positive numbers so the log of a negative number does not exist.
Well, isn't that just a happy little question! To find the antilog of a negative number using a log table, you can start by taking the absolute value of the negative number to make it positive. Then, look up the positive number in the log table to find its corresponding antilog. Remember, there are no mistakes in math, just happy little accidents!
The logarithm of a number less than 1 is negative. Therefore, -log 0.5 is the negative logarithm of 0.5 which is equal to -0.301.
Yes. The logarithm of 1 is zero; the logarithm of any number less than one is negative. For example, in base 10, log(0.1) = -1, log(0.01) = -2, log(0.001) = -3, etc.
The logarithm of a negative number is undefined in the realm of real numbers. This is because logarithmic functions are defined only for positive real numbers. However, in the context of complex numbers, the logarithm can be defined for negative numbers using the formula ( \log(-x) = \log(x) + i\pi ), where ( i ) is the imaginary unit. This allows for a complex representation of logarithms of negative values.
Log(y) can be any number, positive or negative, no limits. It all depends on the value of 'y'.
To calculate the number of decibels that power-level-'A' is greater than power-level-'B',-- Divide 'A' by 'B'-- Take the 'log' of the quotient-- Multiply the 'log' by 10 .If the result is negative, then 'A' is that many decibels lower than 'B'.
Because the log of zero is "negative infinity", and the calculator display is too narrow to display that number.
The log phase of a bacterial growth curve represents exponential growth in cell number. It is followed by the stationary phase, where cell growth stabilizes. The death phase shows a decrease in cell number, but it may not necessarily follow a negative logarithmic trend.