You turn the decimal into a fraction. Then you can find the equivalent fraction.
5.1254 as a decimal is .005125. To find the decimal equivalent of a number simply move the decimal two places to the left.
Using ordinary long division, divide the fraction's numerator by its denominator.
There is no decimal number immediately after. Given any decimal number greater than 1.25 it is always possible to find one between 1.25 and that number. And then one between 1.25 and thatnumber, and so on.
A rational number can be expressed as a ratio p/q of two integers where q > 0. Divide the numerator p by the denominator q. The answer is the decimal representation of the rational number.
You turn the decimal into a fraction. Then you can find the equivalent fraction.
Multiply that number by the decimal equivalent of the percentage. 70% of 340 = 340 x 0.7 = 238
Divide the numerator of the rational number by its denominator. The quotient is the decimal equivalent.
The binary equivalent of the decimal number 23 is 10111. You can use an online converter to easily find this solution.
5.1254 as a decimal is .005125. To find the decimal equivalent of a number simply move the decimal two places to the left.
To find 2 1/2% of a number, multiply the given number by the 0.025 which is the decimal equivalent of 2 1/2. Example: Compute for 2 1/2 of 200. = 0.025 * 200 = 5
equivalent decimal for 16.53 = 16.530
how can you use expanded notation to find an equivalent decimal
find the decimal equivalent of -12/5 and 6 1/2
Using ordinary long division, divide the fraction's numerator by its denominator.
To find out if two fractions are equivalent, either reduce them both to their simplest forms (which will be the same number if they're equivalent) or convert them to decimals (which will be the same number if they're equivalent). To make an equivalent fraction of a given fraction, multiply the numerator and the denominator of the given fraction by the same counting number.
There is no decimal number immediately after. Given any decimal number greater than 1.25 it is always possible to find one between 1.25 and that number. And then one between 1.25 and thatnumber, and so on.