diff --git a/labs/lab08-64bit/index.html b/labs/lab08-64bit/index.html
index 78826baa..33987395 100644
--- a/labs/lab08-64bit/index.html
+++ b/labs/lab08-64bit/index.html
@@ -164,6 +164,6 @@ <h3 id="sample-execution-run-2">Sample Execution Run</h3>
 <p>Once you have completed the in-lab, submit linearSearch.s, testLinearSearch.cpp, and your Makefile</p>
 <h3 id="hints">Hints</h3>
 <h4 id="accessing-array-elements-in-assembly">Accessing Array Elements in Assembly</h4>
-<p>Recall that C++ arrays are stored contiguously in memory. This means that if you know the start address of the array <code>&amp;a</code>, and the size of the elements that are being stored, you can find the address of an element at any index <code>i</code> with <code>&amp;a[i] = &amp;a + &lt;size_of_elements&gt;*i</code> (if the array is one-dimensional). Use this fact along with <a href="../slides/08-assembly-64bit.html#/3/8">the memory addressing slide</a> from lecture to access array elements in assembly.</p>
+<p>Recall that C++ arrays are stored contiguously in memory. This means that if you know the start address of the array <code>&amp;a</code>, and the size of the elements that are being stored, you can find the address of an element at any index <code>i</code> with <code>&amp;a[i] = &amp;a + &lt;size_of_elements&gt;*i</code> (if the array is one-dimensional). Use this fact along with <a href="../../slides/08-assembly-64bit.html#/3/8">the memory addressing slide</a> from lecture to access array elements in assembly.</p>
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diff --git a/labs/lab08-64bit/index.md b/labs/lab08-64bit/index.md
index e94bb252..279dc063 100644
--- a/labs/lab08-64bit/index.md
+++ b/labs/lab08-64bit/index.md
@@ -213,4 +213,4 @@ Once you have completed the in-lab, submit linearSearch.s, testLinearSearch.cpp,
 
 #### Accessing Array Elements in Assembly ####
 
-Recall that C++ arrays are stored contiguously in memory. This means that if you know the start address of the array `&a`, and the size of the elements that are being stored, you can find the address of an element at any index `i` with `&a[i] = &a + <size_of_elements>*i` (if the array is one-dimensional). Use this fact along with [the memory addressing slide](../slides/08-assembly-64bit.html#/3/8) from lecture to access array elements in assembly.
+Recall that C++ arrays are stored contiguously in memory. This means that if you know the start address of the array `&a`, and the size of the elements that are being stored, you can find the address of an element at any index `i` with `&a[i] = &a + <size_of_elements>*i` (if the array is one-dimensional). Use this fact along with [the memory addressing slide](../../slides/08-assembly-64bit.html#/3/8) from lecture to access array elements in assembly.