How Is 0.136 Written As A Fraction In Simplest Form

How is 0.246 with a line over the the 246 written as a fraction in

How Is 0.136 Written As A Fraction In Simplest Form. Web how is 0.136 repeating written as a fraction in simplest form? Multiply both top and bottom by 1000 (because there are 3 digits after the decimal.

How is 0.246 with a line over the the 246 written as a fraction in
How is 0.246 with a line over the the 246 written as a fraction in

Multiply both top and bottom by 1000 (because there are 3 digits after the decimal. A mixed number is an addition of its whole and fractional. (0.136 is a repeating decimal, it wouldn't allow me to put the line on top of it.) Write down the number as a fraction of one: Web answer (1) \dfrac {17} {125} (2) \dfrac {6712} {33333} (1) 17 125 (2) 6712 33333 explanation detail steps (1)convert decimal to fraction: I am assuming you meant for the bar to be above the 36 in 0.36 like below. Web to convert 0.136 into a fraction, here are the steps. Multiply both numerator and denominator by 10 for every number after. The bar above 36 means that the digits 36 are being repeated we require 2 equations with the repeating digits placed after the. View the full answer step 2/2 final answer previous.

(0.136 is a repeating decimal, it wouldn't allow me to put the line on top of it.) Multiply both sides by 1000 to shift the decimal point: What is 0.36¯¯¯¯ expressed as a fraction in simplest form? I am assuming you meant for the bar to be above the 36 in 0.36 like below. Web up to 6% cash back a fraction is said to be in simplest form if its numerator and denominator are relatively prime , that is, they have no common factors other than 1. Multiply both numerator and denominator by 10 for every number after. The bar above 36 means that the digits 36 are being repeated we require 2 equations with the repeating digits placed after the. Web 65 rows step 1: Enter your answer in the box. Multiply both top and bottom by 1000 (because there are 3 digits after the decimal. Subtract the original equation (step 1) from the new.