Update 2.2.2_Viral_Taxonomy_and_Phylogeny_II.md

_episodes/2.2.2_Viral_Taxonomy_and_Phylogeny_II.md

@@ -153,16 +153,16 @@ One of the advantages of running geNomad is that it also outputs functional anno
 > 3. What percentage of your viruses were classified by each tool?
 > 4. How can you judge the accuracy of your taxonomic classifications?
 > 5. How many classifications agree/disagree?
-> 6. Which viruses are closely related? Which are not?
 > 7. What is the maximum taxonomic distance between viruses that are still connected in this graph? 
 > 8. What are the limitations of using these tools?
 > 
 > **Pick one of the viral contigs annotated by vConTACT3**
 >
->{:start='9'}
-> 9. How many genes are shared with known reference viruses?
-> 10. Which genes are shared with the other known viruses?
-> 11. Visualize your virus on the network. [see homework exercises here](https://mgxlab.github.io/Viromics2024/2.2.3_visualizing_taxonomy/index.html).
+>{:start='8'}
+> 8. How many genes are shared with known reference viruses?
+> 9. Which genes are shared with the other known viruses?
+> 10. Visualize your virus on the network. [see homework exercises here](https://mgxlab.github.io/Viromics2024/2.2.3_visualizing_taxonomy/index.html).
+> 11. Which viruses are closely related? Which are not?
 > {: .source}
 {: .challenge}