

She looked around because she wanted the last thing she saw before she died to be the thing that had given her the most happiness - her home town that kept chugg-chugg-chugging along during the day and its sordid little secrets to itself at night. She looked around, not for help anymore but for comfort, because she had accepted in her heart that by then it was too late. Her body was close to giving up now and the tears flowed hard and fast. But she didn’t get it and even if she did they couldn’t help her because the bullet had done the damage the man in black hoped it would, and it made him happy to see that. She hoped to get someone’s attention, praying to God they could help her. Her dress was soaked in blood and she crawled to the top step.

Tears rolled down the sides of her face and the man in black smiled some more. The heat from the bullet was ferocious now, burning her inside like she was on fire.


She fell to her hands and knees and looked at the man who had shot her. She staggered across the front porch as the heat from the bullet tore shreds from her soul. The bullet hit her in the chest and blood flowed from the wound. The result is finally: 2 ′ 8 ¹³ / ₁₆ " 2' 8 ¹³/₁₆" 2 ′ 8¹³/₁₆"Īs you can see, you should take a few steps to obtain the outcome.T he man in black loaded the gun, aimed it at the woman across the road, and pulled the trigger. If you want to go even further, let's extract feet from the mm to inches fraction conversion result. As it's an improper fraction, convert it to a mixed number: 32 ¹³ / ₁₆ " 32 ¹³/₁₆" 32¹³/₁₆" (you can use the modulo operation to find the quotient quickly). Divide both numerator and denominator by 2, so we get ⁵²⁵ / ₁₆ " ⁵²⁵/₁₆" ⁵²⁵/₁₆". Find the least common multiple of 1050 and 32, which is 2. Here is how to deal with the problem:ĭivide 5 m by 6, 5 m / 6 = 5 / 6 m 5 \text 1050 in.įinally, we can convert the length from inches to fraction: ¹⁰⁵⁰ / ₃₂ " ¹⁰⁵⁰/₃₂" ¹⁰⁵⁰/₃₂".Īs there are countless equivalent fractions to our result (try Omni's equivalent fractions calculator for the proof), we can make our lives easier by simplifying this inch fraction. We can measure the length with precision down to ¹/₃₂". You plan to cut it into six equal parts, but you have only a tape measure with the fractional inches scale. Imagine you've bought a wooden panel, 5 meters long.
