Solve {l}{0.0278}{0.0556}{0.0278}{0.0256}{0.0556}{0.0278}{0.0278}{0.0278}{0.0278}{0.0278}{0.0556}{0.0556}

$$\left. \begin{array} { l } { 0.0278 } \\ { 0.0556 } \\ { 0.0278 } \\ { 0.0256 } \\ { 0.0556 } \\ { 0.0278 } \\ { 0.0278 } \\ { 0.0278 } \\ { 0.0278 } \\ { 0.0278 } \\ { 0.0556 } \\ { 0.0556 } \end{array} \right.$$

Sort

$$0.0256,0.0278,0.0278,0.0278,0.0278,0.0278,0.0278,0.0278,0.0556,0.0556,0.0556,0.0556$$

Solution Steps

To sort the list, start from a single element 0.0278.

$$0.0278$$

Insert 0.0556 to the appropriate location in the new list.

$$0.0278,0.0556$$

Insert 0.0278 to the appropriate location in the new list.

$$0.0278,0.0278,0.0556$$

Insert 0.0256 to the appropriate location in the new list.

$$0.0256,0.0278,0.0278,0.0556$$

Insert 0.0556 to the appropriate location in the new list.

$$0.0256,0.0278,0.0278,0.0556,0.0556$$

Insert 0.0278 to the appropriate location in the new list.

$$0.0256,0.0278,0.0278,0.0278,0.0556,0.0556$$

Insert 0.0278 to the appropriate location in the new list.

$$0.0256,0.0278,0.0278,0.0278,0.0278,0.0556,0.0556$$

Insert 0.0278 to the appropriate location in the new list.

$$0.0256,0.0278,0.0278,0.0278,0.0278,0.0278,0.0556,0.0556$$

Insert 0.0278 to the appropriate location in the new list.

$$0.0256,0.0278,0.0278,0.0278,0.0278,0.0278,0.0278,0.0556,0.0556$$

Insert 0.0278 to the appropriate location in the new list.

$$0.0256,0.0278,0.0278,0.0278,0.0278,0.0278,0.0278,0.0278,0.0556,0.0556$$

Insert 0.0556 to the appropriate location in the new list.

$$0.0256,0.0278,0.0278,0.0278,0.0278,0.0278,0.0278,0.0278,0.0556,0.0556,0.0556$$

Insert 0.0556 to the appropriate location in the new list.

$$0.0256,0.0278,0.0278,0.0278,0.0278,0.0278,0.0278,0.0278,0.0556,0.0556,0.0556,0.0556$$

Evaluate

$$0.0278,\ 0.0556,\ 0.0278,\ 0.0256,\ 0.0556,\ 0.0278,\ 0.0278,\ 0.0278,\ 0.0278,\ 0.0278,\ 0.0556,\ 0.0556$$