Problem
Four consecutive odd integers have a sum of 48. Find the average of those integers.
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| About the Author |
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| Summaries and Commentaries |
| | Foreword |
| | Monday, June 29, 1863 — 1. The Spy |
| | Monday, June 29, 1863 — 2. Chamberlain |
| | Monday, June 29, 1863 — 3. Buford |
| | Monday, June 29, 1863 — 4. Longstreet |
| | Wednesday, July 1, 1863 — 1. Lee |
| | Wednesday, July 1, 1863 — 2. Buford |
| | Wednesday, July 1, 1863 — 3. Lee |
| | Wednesday, July 1, 1863 — 4. Chamberlain |
| | Wednesday, July 1, 1863 — 5. Longstreet |
| | Wednesday, July 1, 1863 — 6. Lee |
| | Wednesday, July 1, 1863 — 7. Buford |
| | Thursday, July 2, 1863 — 1. Fremantle |
| | Thursday, July 2, 1863 — 2. Chamberlain |
| | Thursday, July 2, 1863 — 3. Longstreet |
| | Thursday, July 2, 1863 — 4. Chamberlain |
| | Thursday, July 2, 1863 — 5. Longstreet |
| | Thursday, July 2, 1863 — 6. Lee |
| | Friday, July 3, 1863 — 1. Chamberlain |
| | Friday, July 3, 1863 — 2. Longstreet |
| | Friday, July 3, 1863 — 3. Chamberlain |
| | Friday, July 3, 1863 — 4. Armistead |
| | Friday, July 3, 1863 — 5. Longstreet |
| | Friday, July 3, 1863 — 6. Chamberlain |
| | Afterword |
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| From CliffsNotes |
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