ratio and difference
let x and y be two numbers ex = y log y = x antilog x = y
Subtract the two numbers to get their difference.
the difference
Directly. Their difference IS the difference between them.
ratio and difference
Exponential numbers are in the form ax where a and x are real numbers. A power of 10 is any number in the form 10x. By definition this is an exponential number. If by "an exponential number" you mean THE exponential number, e, then the difference lies in the value of the base. e is a transcendental number (just like pi) with a value of approximately 2.71818182859045235... Just like pi, this decimal theoretically does not terminate and does not repeat i.e. goes on for an infinite number of places. e is known as the "natural base" because it appears in many natural structures from logarithms to compound interest to complex numbers.
it separating the whole numbers from the fraction parts.
Exponential and logarithmic functions are different in so far as each is interchangeable with the other depending on how the numbers in a problem are expressed. It is simple to translate exponential equations into logarithmic functions with the aid of certain principles.
let x and y be two numbers ex = y log y = x antilog x = y
The delta between to numbers is the difference between the two. You can subtract the lower number from the higer and get you answer. The term is tipically used when comparing floating numbers or in accounting when you want to see if your cost is going to increase or decrease by a set amount.
The function of the numbers in question. The process is the same. When comparing two whole numbers, we call it the LCM. When comparing two fractions, we call it the LCD.
the difference is also doubled
Negative numbers cannot be written in exponential notation. The rules require the number to be between 1.0-9.9.
Subtract the two numbers to get their difference.
the difference
Directly. Their difference IS the difference between them.