Solve {l}{10+10+11+11+12+13+14+15+15}{20+20+20+25+28+34+36}

$$\left. \begin{array} { l } { 10 + 10 + 11 + 11 + 12 + 13 + 14 + 15 + 15 } \\ { 20 + 20 + 20 + 25 + 28 + 34 + 36 } \end{array} \right.$$

Sort

$$111,\ 183$$

Solution Steps

Add 10 and 10 to get 20.

$$sort(20+11+11+12+13+14+15+15,20+20+20+25+28+34+36)$$

Add 20 and 11 to get 31.

$$sort(31+11+12+13+14+15+15,20+20+20+25+28+34+36)$$

Add 31 and 11 to get 42.

$$sort(42+12+13+14+15+15,20+20+20+25+28+34+36)$$

Add 42 and 12 to get 54.

$$sort(54+13+14+15+15,20+20+20+25+28+34+36)$$

Add 54 and 13 to get 67.

$$sort(67+14+15+15,20+20+20+25+28+34+36)$$

Add 67 and 14 to get 81.

$$sort(81+15+15,20+20+20+25+28+34+36)$$

Add 81 and 15 to get 96.

$$sort(96+15,20+20+20+25+28+34+36)$$

Add 96 and 15 to get 111.

$$sort(111,20+20+20+25+28+34+36)$$

Add 20 and 20 to get 40.

$$sort(111,40+20+25+28+34+36)$$

Add 40 and 20 to get 60.

$$sort(111,60+25+28+34+36)$$

Add 60 and 25 to get 85.

$$sort(111,85+28+34+36)$$

Add 85 and 28 to get 113.

$$sort(111,113+34+36)$$

Add 113 and 34 to get 147.

$$sort(111,147+36)$$

Add 147 and 36 to get 183.

$$sort(111,183)$$

The list values are already in order.

$$111,183$$

Evaluate

$$111,\ 183$$