logarithms

For x (0, ), the value of log x is uniquely defined.For x (0, ), the value of log x is uniquely defined. \ x g log x is a well-defined function from (0, ) to (- , ). The value of e to one place of decimal is 2.7. The approximate values of the function log x for some of the values of x are as follow..

The sum of the infinite series 1 + 1/1! + 1/2! + 1/3! + 1/4! + ... is called the exponential number. If x is any complex number then the series is called the exponential series. It can be proved mathematically that this exponential series has a sum and we denote it by e x..

Which of the following models a natural logarithmic regression? => y = ax b or y = ab x or y = ax + b or y = a + b ln x..

Express 4 3 = 64 in logarithmic form. => log 3 4 = 64 or log 3 64 = 4 or log 4 64 = 3 or log 64 3 = 4..

Express 5 7 = 78125 in logarithmic form. => log 78125 5 = 7 or log 7 78125 = 5 or log 5 78125 = 7 or log 5 7 = 78125..

Express 3 6 = 729 in the form of a logarithm. => log 3 729 = 6 or log 6 729 = 3 or log 729 3 = 6 or log 3 6 = 729..

Express (4.3) 2 = 18.5 in logarithmic form. => log 2 4.3 = 18.5 or log 2 18.5 = 4.3 or log 4.3 2 = 18.5 or log 4.3 18.5 = 2..

Use the laws of logarithms to rewrite the following. log 5 39 9 => log 9 39 - log 5 39 or 9 log 5 39 or log 5 39 + log 9 39 or 5 + log 9 39..

Use the laws of logarithms to rewrite log 2 x 12 . => x + log 2 12 or 12 + log 2 x or log 2 x + log 2 12 or 12 log 2 x..

Find the value of logarithmic expression 41( log 4 ( 1 1 6 ) ). => 1 or - 41 or 0 or 41..