Timeline American Revolution worksheet - Free Printable

To solve this timeline problem, we need to place the events in chronological order (from earliest to latest) on the timeline. The timeline has five blank boxes above and five below, with arrows pointing up and down from a central line. Each event has a date, so we'll sort them by year.

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Step 1: List all events with their dates

Let’s extract the events and their years:

1. 1773 – Boston Tea Party
2. 1770 – Boston Massacre
3. 1775 – Lexington & Concord
4. 1775 – Ride of Paul Revere
5. 1776 – Declaration of Independence
6. 1777 – Flag Resolution
7. 1781 – Yorktown British Surrender
8. 1781 – Articles of the Confederation
9. 1787 – Constitution
10. 1789 – George Washington First President

Wait — there are 10 events, but only 10 boxes (5 above, 5 below). So each box will contain one event.

But notice: the timeline has 5 positions (arrows), so we must place one event per position.

We need to order these events chronologically and assign them to the timeline.

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Step 2: Sort events by date

Let’s list them in chronological order:

1. 1770 – Boston Massacre
2. 1773 – Boston Tea Party
3. 1775 – Lexington & Concord
4. 1775 – Ride of Paul Revere
5. 1776 – Declaration of Independence
6. 1777 – Flag Resolution
7. 1781 – Articles of the Confederation
8. 1781 – Yorktown British Surrender
9. 1787 – Constitution
10. 1789 – George Washington First President

Note: Two events in 1775 and two in 1781 — we’ll need to determine which comes first within those years.

- In 1775:
- Lexington & Concord (April 19)
- Ride of Paul Revere (April 18–19) → happened just before or during the battles
So Paul Revere’s ride occurred before the fighting at Lexington & Concord.

Therefore:
- 1775: Ride of Paul Revere → Lexington & Concord

- In 1781:
- Articles of the Confederation (ratified in 1781)
- Yorktown British Surrender (October 1781)
So Articles of the Confederation was ratified before Yorktown.

Therefore:
- 1781: Articles of the Confederation → Yorktown British Surrender

So final chronological order:

| Date | Event |
|------|-------|
| 1770 | Boston Massacre |
| 1773 | Boston Tea Party |
| 1775 | Ride of Paul Revere |
| 1775 | Lexington & Concord |
| 1776 | Declaration of Independence |
| 1777 | Flag Resolution |
| 1781 | Articles of the Confederation |
| 1781 | Yorktown British Surrender |
| 1787 | Constitution |
| 1789 | George Washington First President |

Now, we have 10 events, but the timeline shows only 5 positions (5 arrows). That means each arrow corresponds to one point, but we have two events per point?

Wait — looking again: There are 5 squares above and 5 below, and 5 arrows pointing up and down. But there are 10 events listed.

That suggests that each arrow connects two events: one above and one below, perhaps showing cause-effect or related events?

But the structure seems like a double timeline — possibly above for major military/political events, and below for other key developments?

Alternatively, maybe the timeline is meant to have 5 key milestones, and we're to pick 5 of the events? But that doesn't make sense because all 10 are provided.

Wait — actually, there are 10 events, and 10 boxes (5 above, 5 below), so likely the timeline has 10 slots — but the diagram shows only 5 arrows, each pointing to one upper and one lower box.

Ah! This is likely a dual timeline where each arrow represents a pair of related events (e.g., one military, one political), or just a way to place 10 events across 5 positions.

But the timeline has 5 horizontal points, each with an up arrow and a down arrow, meaning each point has two events — one above, one below.

So we need to assign two events per point, ordered by time.

But since it's a timeline, the positions should be ordered left to right by date.

So the leftmost point is the earliest, the rightmost is the latest.

So we need to divide the 10 events into 5 pairs, each pair placed at a timeline point, with the correct chronological order.

But the problem is: how to group them?

Possibility: The top row might be military/revolutionary events, and the bottom row political/governmental events.

Let’s try that.

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Step 3: Categorize Events

Military / Revolutionary Events (Top row):

- 1770 – Boston Massacre
- 1773 – Boston Tea Party
- 1775 – Lexington & Concord
- 1775 – Ride of Paul Revere
- 1776 – Declaration of Independence
- 1777 – Flag Resolution (symbolic, but not military)
- 1781 – Yorktown British Surrender
- 1787 – Constitution (political)
- 1789 – George Washington First President (political)

So military events:
- 1770 – Boston Massacre
- 1773 – Boston Tea Party
- 1775 – Lexington & Concord
- 1775 – Ride of Paul Revere
- 1781 – Yorktown British Surrender

Political events:
- 1776 – Declaration of Independence
- 1777 – Flag Resolution
- 1781 – Articles of the Confederation
- 1787 – Constitution
- 1789 – George Washington First President

Yes! That makes sense.

So likely:
- Top row: Military events
- Bottom row: Political events

And we order both rows chronologically.

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Step 4: Order the events

#### Top Row (Military Events)
1. 1770 – Boston Massacre
2. 1773 – Boston Tea Party
3. 1775 – Ride of Paul Revere
4. 1775 – Lexington & Concord
5. 1781 – Yorktown British Surrender

Wait — but Ride of Paul Revere and Lexington & Concord are both in 1775. Which came first?

- Paul Revere’s ride: April 18–19, 1775
- Battle of Lexington & Concord: April 19, 1775
So Ride of Paul Revere happens just before the battle.

So correct order:
1. 1770 – Boston Massacre
2. 1773 – Boston Tea Party
3. 1775 – Ride of Paul Revere
4. 1775 – Lexington & Concord
5. 1781 – Yorktown British Surrender

But wait — what about 1777 Flag Resolution? It's not military.

So military events: only the ones listed.

But Declaration of Independence is political, not military.

So top row (military):
- 1770 – Boston Massacre
- 1773 – Boston Tea Party
- 1775 – Ride of Paul Revere
- 1775 – Lexington & Concord
- 1781 – Yorktown British Surrender

But no event for 1777? And Flag Resolution is missing.

Wait — perhaps Flag Resolution is not military, so it goes bottom.

But then we have 5 military events, 5 political events — perfect!

So let’s list:

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Final Categorization

#### Top Row: Military Events (in order)
1. 1770 – Boston Massacre
2. 1773 – Boston Tea Party
3. 1775 – Ride of Paul Revere
4. 1775 – Lexington & Concord
5. 1781 – Yorktown British Surrender

#### Bottom Row: Political Events (in order)
1. 1776 – Declaration of Independence
2. 1777 – Flag Resolution
3. 1781 – Articles of the Confederation
4. 1787 – Constitution
5. 1789 – George Washington First President

Wait — but Articles of the Confederation was adopted in 1781, same as Yorktown.

And Declaration of Independence is 1776, Flag Resolution 1777, etc.

So now we can assign them to the timeline.

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Step 5: Place on Timeline

The timeline has 5 positions, left to right.

We’ll assign:

Leftmost (earliest) → Rightmost (latest)

#### Position 1 (Leftmost)
- Top: 1770 – Boston Massacre
- Bottom: 1776 – Declaration of Independence

Wait — no! 1770 is earlier than 1776, so Boston Massacre should be first.

But Declaration of Independence is 1776, which is later than 1770.

So the top row starts with 1770, and bottom row starts with 1776.

So we need to align the dates correctly.

But the timeline is linear, so the position corresponds to time.

So the leftmost point is the earliest date among the events.

But the events are not all at the same time, so we need to align the positions by year.

But we have 10 events, 5 positions — so each position has two events, one top and one bottom, but they may be from different years.

But the horizontal axis is time, so the position should reflect the date.

So the leftmost point should be the earliest event.

But since each point has two events, we need to group events by approximate time, or just place them in chronological order, with each arrow point representing a year.

But the years are not evenly spaced.

Alternative idea: The timeline has 5 points, and we must assign one event per point, but there are 10 events — so that can’t be.

Wait — count the boxes:

- 5 above boxes
- 5 below boxes
- 5 arrows

So total 10 boxes, but only 5 arrow positions.

This means: Each arrow position has one event above and one below, so 10 events, 5 positions.

But the positions are ordered left to right, so we must assign the events in chronological order to the positions.

So we need to choose which events go together at each point.

But the most logical way is to place the events in chronological order, and assign one top and one bottom per point.

But since the events span multiple years, we can group them by year.

But some years have two events.

Let’s list all events with years:

| Year | Events |
|------|--------|
| 1770 | Boston Massacre |
| 1773 | Boston Tea Party |
| 1775 | Ride of Paul Revere, Lexington & Concord |
| 1776 | Declaration of Independence |
| 1777 | Flag Resolution |
| 1781 | Articles of the Confederation, Yorktown British Surrender |
| 1787 | Constitution |
| 1789 | George Washington First President |

So we have 8 years, but only 5 positions.

So we cannot have one position per year.

Therefore, the timeline is not meant to show every year, but rather key milestones.

But the instructions say "solve the problem" — likely we are to match the events to the timeline in order.

Perhaps the boxes are to be filled with the event names, and the arrows indicate the flow.

But there are 10 events and 10 boxes — so we fill each box with one event.

But only 5 arrows — so likely, the arrows are just connectors, and the boxes are placed along the timeline, with left to right = earliest to latest.

But the diagram shows 5 arrows, each with one up and one down, suggesting 5 points, each with two events.

So the timeline has 5 points, each with two events (top and bottom).

We must assign the 10 events to these 5 points, in chronological order.

So the leftmost point is the earliest, the rightmost is the latest.

We need to group the events into 5 groups, each group containing two events, and the groups ordered by time.

But the events are spread over 8 years, so we need to combine events from close years.

Let’s try grouping by time periods:

1. 1770–1773
- 1770: Boston Massacre
- 1773: Boston Tea Party

2. 1775
- Ride of Paul Revere
- Lexington & Concord

3. 1776–1777
- Declaration of Independence (1776)
- Flag Resolution (1777)

4. 1781
- Articles of the Confederation
- Yorktown British Surrender

5. 1787–1789
- Constitution (1787)
- George Washington First President (1789)

Perfect! We have 5 groups, each with two events, and they are in chronological order.

Now, assign them to the timeline from left to right.

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Final Assignment

#### Position 1 (Leftmost)
- Top: 1770 – Boston Massacre
- Bottom: 1773 – Boston Tea Party

#### Position 2
- Top: 1775 – Ride of Paul Revere
- Bottom: 1775 – Lexington & Concord

#### Position 3
- Top: 1776 – Declaration of Independence
- Bottom: 1777 – Flag Resolution

#### Position 4
- Top: 1781 – Articles of the Confederation
- Bottom: 1781 – Yorktown British Surrender

#### Position 5 (Rightmost)
- Top: 1787 – Constitution
- Bottom: 1789 – George Washington First President

But wait — in Position 2, both events are 1775, so fine.

In Position 4, both are 1781, fine.

In Position 1, 1770 and 1773 — gap of 3 years, but okay.

In Position 3, 1776 and 1777 — consecutive.

In Position 5, 1787 and 1789 — gap of 2 years.

This works.

But is Boston Massacre (1770) really paired with Boston Tea Party (1773)? They are both protests against British rule, so yes.

And Declaration of Independence (1776) and Flag Resolution (1777) are both symbolic acts of nationhood.

Articles of the Confederation and Yorktown are both in 1781 — one political, one military.

Constitution and George Washington are both in the post-war era.

So this grouping makes sense.

But could we do better?

Alternative: Pair same-year events together.

- 1775: Ride of Paul Revere and Lexington & Concord → both in same year
- 1781: Articles of the Confederation and Yorktown British Surrender → both in 1781

Then the others are single events.

But we have to have two per position.

So the pairing must be done.

Another possibility: the top row is major events, bottom row is related events.

But the best fit is the one above.

Alternatively, perhaps the timeline is meant to have the events in order, and we just fill the boxes in sequence.

But there are 10 events, 10 boxes — so likely we fill them in chronological order, alternating between top and bottom.

But the arrows suggest that each point has two events.

Given the design, the intended solution is likely:

Final Answer: Fill the timeline from left to right with the following pairs:

#### Leftmost (1st position)
- Top: 1770 – Boston Massacre
- Bottom: 1773 – Boston Tea Party

#### 2nd position
- Top: 1775 – Ride of Paul Revere
- Bottom: 1775 – Lexington & Concord

#### 3rd position
- Top: 1776 – Declaration of Independence
- Bottom: 1777 – Flag Resolution

#### 4th position
- Top: 1781 – Articles of the Confederation
- Bottom: 1781 – Yorktown British Surrender

#### Rightmost (5th position)
- Top: 1787 – Constitution
- Bottom: 1789 – George Washington First President

This is the most logical grouping based on chronological order and thematic pairing.

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How to write it on the worksheet

For each of the 5 arrow positions, write the event in the corresponding box.

From left to right:

1. Top: Boston Massacre (1770)
Bottom: Boston Tea Party (1773)

2. Top: Ride of Paul Revere (1775)
Bottom: Lexington & Concord (1775)

3. Top: Declaration of Independence (1776)
Bottom: Flag Resolution (1777)

4. Top: Articles of the Confederation (1781)
Bottom: Yorktown British Surrender (1781)

5. Top: Constitution (1787)
Bottom: George Washington First President (1789)

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Summary

The timeline should be filled as follows (left to right):

- Top row:
1. Boston Massacre
2. Ride of Paul Revere
3. Declaration of Independence
4. Articles of the Confederation
5. Constitution

- Bottom row:
1. Boston Tea Party
2. Lexington & Concord
3. Flag Resolution
4. Yorktown British Surrender
5. George Washington First President

This places the events in chronological order and uses thematic pairing where possible.

✔ Solution Complete