E.g.x = 4.57 … . and 100 x = 457.57 … . x=4.57 \ldots . \text { and } 100 x=457.57 \ldots . x = 4.57 … . and 100 x = 457.57 … . or10 x = 45.757.... and 1000 x = 4575.7... 10 x=45.757 . . . . \text { and } 1000 x=4575.7 . . . 10 x = 45.757.... and 1000 x = 4575.7... orx = 0.57 … . and 100 x = 57.57 … or 10 x = 5.757 … . and 1000 x = 575.7 … . \begin{aligned}
& x=0.57 \ldots . \text { and } 100 x=57.57 \ldots
& \text { or }
& 10 x=5.757 \ldots . \text { and } 1000 x=575.7 \ldots .
\end{aligned} x = 0.57 … . and 100 x = 57.57 … or 10 x = 5.757 … . and 1000 x = 575.7 … . M1 for selecting 2 recurring decimals that when subtracted give a whole number or terminating decimal eg 453 or 4530 etc eg 100 x = 457.57 … and x = 4.57 … or 1000 x = 4575.7 … and 10 x = 45.757 … with intention to subtract. (If recurring dots not shown then allow 10 x = 45.757 , 100 x = 457.57 , and 1000 x = 4575.7 to at least 5 sf) or 4 + 0.5757 and eg x = 0.57 … , 100 x = 57.57 … with intention to subtract. \begin{aligned}
\text { for selecting } 2 \text { recurring decimals that }
\text { when subtracted give a whole number or }
\text { terminating decimal eg } 453 \text { or } 4530 \text { etc }
\text { eg } 100 x=457.57 \ldots \text { and } x=4.57 \ldots \text { or }
1000 x=4575.7 \ldots \text { and } 10 x=45.757 \ldots
\text { with intention to subtract. (If recurring }
\text { dots not shown then allow } 10 x=45.757 \text {, }
100 x=457.57 \text {, and } 1000 x=4575.7 \text { to at }
\text { least } 5 \text { sf) }
\text { or }
4+0.5757 \text { and eg } x=0.57 \ldots, 100 x=
57.57 \ldots \text { with intention to subtract. }
\end{aligned} for selecting 2 recurring decimals that when subtracted give a whole number or terminating decimal eg 453 or 4530 etc eg 100 x = 457.57 … and x = 4.57 … or 1000 x = 4575.7 … and 10 x = 45.757 … with intention to subtract. (If recurring dots not shown then allow 10 x = 45.757 , 100 x = 457.57 , and 1000 x = 4575.7 to at least 5 sf) or 4 + 0.5757 and eg x = 0.57 … , 100 x = 57.57 … with intention to subtract. E.g.100 x − x = 457.57 … − 4.57 … = 453 and 453 99 = 151 33 or 4 19 33 or \begin{aligned}
& 100 x-x=457.57 \ldots-4.57 \ldots=453 \text { and }
& \frac{453}{99}=\frac{151}{33} \text { or } 4 \frac{19}{33}
& \text { or }
\end{aligned} 100 x − x = 457.57 … − 4.57 … = 453 and 99 453 = 33 151 or 4 33 19 or 1000 x − 10 x = 4575.7 … − 45.757 … = 4530 and 4530 990 = 151 33 or 4 19 33 \begin{aligned}
& 1000 x-10 x=4575.7 \ldots-45.757 \ldots=4530 \text { and }
& \frac{4530}{990}=\frac{151}{33} \text { or } 4 \frac{19}{33}
\end{aligned} 1000 x − 10 x = 4575.7 … − 45.757 … = 4530 and 990 4530 = 33 151 or 4 33 19 or100 x − x = 57.57 … − 0.57 … = 57 and 57 99 or 19 33 (so) 4. 5 ¨ 7 ˙ = 4 19 33 \begin{aligned}
& 100 x-x=57.57 \ldots-0.57 \ldots=57 \text { and } \frac{57}{99} \text { or } \frac{19}{33}
& \text { (so) } 4 . \ddot{5} \dot{7}=4 \frac{19}{33}
\end{aligned} 100 x − x = 57.57 … − 0.57 … = 57 and 99 57 or 33 19 (so) 4. 5 ¨ 7 ˙ = 4 33 19 or1000 x − 10 x = 575.7 … − 5.757 … = 570 and 570 990 or 57 99 or 19 33 (so) 4. 5 ˙ 7 → = 4 19 33 \begin{aligned}
& 1000 x-10 x=575.7 \ldots-5.757 \ldots=570 \text { and }
& \frac{570}{990} \text { or } \frac{57}{99} \text { or } \frac{19}{33} \text { (so) } 4 . \dot{5} \overrightarrow{7}=4 \frac{19}{33}
\end{aligned} 1000 x − 10 x = 575.7 … − 5.757 … = 570 and 990 570 or 99 57 or 33 19 (so) 4. 5 ˙ 7 = 4 33 19 Shown A1 for completion to 151 33 \frac{151}{33} 33 151 or 4 19 33 4 \frac{19}{33} 4 33 19