diff --git a/docs/api.md b/docs/api.md
index c5e77ff94dadc497e18c096b65d991d685f1fef7..1e57aaaa4e3219413cf3829d931fe53e14dc8237 100644
--- a/docs/api.md
+++ b/docs/api.md
@@ -18,7 +18,7 @@ Complete all of the setup as mentioned in [the Setup doc](setup.md).
 - Reshard the FSDP checkpoints using the script `metaseq/scripts/reshard_fsdp.py`. For example, we can merge all FSDP shards within each of the 8 model parallel parts of OPT-175B using the following command:
   ```bash
   for j in {0..7}; do
-      python -m metaseq.scripts.reshard_fsdp
+      python -m metaseq.scripts.reshard_fsdp \
       --input-glob-pattern "/path/to/raw/checkpoints/checkpoint_last-model_part-$j-shard*.pt" \
       --output-shard-name "/path/to/resharded/checkpoints/reshard-model_part-$j.pt" \
       --num-output-shards 1 --skip-optimizer-state True --unflatten-weights True
diff --git a/projects/OPT/download_opt175b.md b/projects/OPT/download_opt175b.md
index b369016b40a1cf527c026e6d04dbb5c56dba4d5f..1ed3f272ab19753e6b65f5b4691bcdd003940f06 100644
--- a/projects/OPT/download_opt175b.md
+++ b/projects/OPT/download_opt175b.md
@@ -35,7 +35,7 @@ md5sum *
 To consolidate the 992 shards into 8 files model-parallel evaluation, run the `metaseq.scripts.reshard_fsdp` script:
 ```bash
 for j in {0..7}; do
-    python -m metaseq.scripts.reshard_fsdp
+    python -m metaseq.scripts.reshard_fsdp \
     --input-glob-pattern "/path/to/raw/checkpoints/checkpoint_last-model_part-$j-shard*.pt" \
     --output-shard-name "/path/to/resharded/checkpoints/reshard-model_part-$j.pt" \
     --num-output-shards 1 --skip-optimizer-state True --unflatten-weights True