Finish boards lab hopefully

cur/programming/lists/hof/ttt/15-row-column-order.html

@@ -47,7 +47,7 @@
 <p> We want to flatten a 2D list into a 1D array in two different ways: row-major order (rmo) and column-major order (cmo).
     <bold>For both blocks, recursion is banned. You must use either HOFs or Iteration in your solution. </bold>
     <br />
-<img class="image-border" src="/bjc-r/img/row-column-order/order.png" alt="Row-Major and Column-Major Order" title="Row-Major and Column-Major Order" width="600" height = "600"/>
+<img class="image-border" src="/bjc-r/img/row-column-order/order.png" alt="Row-Major and Column-Major Order" title="Row-Major and Column-Major Order" width="900" height = "600"/>
 <br />
 <img class="image-border" src="/bjc-r/img/row-column-order/row_column_order_wiki.png" alt="Row-Major and Column-Major Order" title="Row-Major and Column-Major Order" width="400" />
 <br />
@@ -61,6 +61,7 @@
     <img class="image-border" src="/bjc-r/img/row-column-order/rmo_example.png" alt="RMO test case" title="RMO test case" />
 </li>
     </ul>
+    <br/>
 
     Then, implement the <code>CMO of board</code> block. The input is a 2D board of size NxN (N rows, N columns).
     The output is a 1D list in column-major order. The first N items of the list will be the entries in column 1, across all rows.