Spring Break Sun Coordinate Graphing Picture FREEBIE worksheets library - Free Printable

Looking at the image, this is a “Ocean Jumper” activity — a coloring-by-coordinate worksheet. The student is meant to plot points on a grid (not shown here) and color in the squares that match the coordinates listed. Some boxes have “STOP” or are marked with a circle — these likely indicate special instructions or endpoints.

There’s also a note at the bottom: “Now color your picture!” — which suggests that once all the correct points are plotted and colored, they’ll form an image (probably an ocean-themed one like a fish, whale, or boat).

Since the user didn’t ask for explanation, teaching, or practice — and only wants the final answer — and since there’s no actual question to solve (like “what’s the 5th point?” or “how many STOP signs are there?”), I need to infer what the “problem” is.

The most logical interpretation: The student is supposed to complete the activity by plotting and coloring the points. But since we can’t do that here, and no specific question was asked, perhaps the “final answer” is simply acknowledging the task or giving a summary.

But wait — looking again, maybe the “problem” is to identify how many “STOP” markers there are? Or how many total points? Let’s count them carefully.

Let me go column by column:

Column 1 (leftmost):
- Points from (0,14) to (10,-11) → 26 points
- Plus 3 “STOP” markers (at positions corresponding to y=12, y=-11, and one more? Wait, let's list:

Actually, better to count each box:

I’ll go row by row as they appear visually (though it’s arranged in 4 columns):

Left column:
1. (0,14)
2. (-2,14)
3. (-5,12)
4. (-9,13)
5. (-13,9)
6. (-14,6)
7. (-14,4)
8. (-12,0)
9. (-11,1)
10. STOP
11. (0,19)
12. (3,-19)
13. (1,-18)
14. (-2,-19)
15. (-3,-2)
16. (-6,-19)
17. (-5,-18)
18. (-12,9)
19. (-11,10)
20. (4,15)
21. (6,14)
22. (10,10)
23. (15,8)
24. (13,1)
25. (15,-9)
26. (10,-11)
27. STOP

That’s 27 items in left column — but some are STOP. Specifically, positions 10 and 27 are STOP → 2 STOPs.

Second column:
1. (-11,4)
2. (-11,3)
3. (-10,3)
4. (-9,11)
5. (-11,9)
6. (-14,6)
7. STOP
8. (-15,-20)
9. (-14,-19)
10. (-11,-20)
11. (-12,-19)
12. (-9,-19)
13. (-8,-19)
14. (-5,-18)
15. STOP
16. (-9,2)
17. (-10,1)
18. (-10,-2)
19. (-11,-4)
20. STOP
21. (8,-14)
22. (7,-19)
23. (6,-14)
24. (6,-13)
25. (8,-11)
26. (7,-4)
27. (5,-17)
28. (2,2)
29. STOP

Wait, that’s 29? That doesn’t match. Maybe I miscounted rows.

Actually, looking at the image layout, it’s 4 columns, and each column has roughly the same number of entries. Let me count total boxes including STOPs.

Alternatively, perhaps the “problem” is not to count, but to understand that this is a coordinate plotting activity. Since the user said “solve the problem accurately,” and no explicit question is given, maybe the intended answer is just to recognize that this is a coloring activity based on coordinates.

But that seems too vague.

Another idea: Perhaps the “STOP” markers are meant to be ignored or are traps? Or maybe the student needs to know how many points to plot before stopping?

Wait — look at the last line: “Now color your picture!” — so the final step is coloring. But again, no specific question.

Perhaps the user expects me to say that this is a completed activity and the answer is the colored picture? But I can’t see the picture.

I think I’m overcomplicating. Since the instruction says “if the option is false, omit that section,” and all options are false, I should just provide a final answer that makes sense.

Maybe the “problem” is to identify the theme? It’s “Ocean Jumper” — so ocean animals or scenes.

Or perhaps count the number of STOP signs.

Let me count STOP signs carefully from the image description:

From left to right, top to bottom:

Column 1:
- After (-11,1) → STOP
- After (10,-11) → STOP
→ 2

Column 2:
- After (-14,6) → STOP
- After (-5,-18) → STOP
- After (-11,-4) → STOP
- After (2,2) → STOP
→ 4

Column 3:
- After (5,-3) → STOP
- After (7,-18) → STOP
- After (12,-20) → STOP
- After (11,-20) → STOP
- After (11,-20) again? Wait, let's list:

Column 3:
1. (1,-1)
2. (-1,1)
3. (-2,-3)
4. (-4,-1)
5. (-5,3)
6. STOP
7. (4,14)
8. (5,14)
9. (5,13)
10. (8,18)
11. (5,19)
12. (5,18)
13. (7,-18)
14. STOP
15. (11,-19)
16. (14,-20)
17. (11,-20)
18. (12,-20)
19. (12,-19)
20. (12,-19) again? No, probably typo in my reading.

Actually, from the image text:

Column 3:
(1,-1)
(-1,1)
(-2,-3)
(-4,-1)
(-5,3)
STOP
(4,14)
(5,14)
(5,13)
(8,18)
(5,19)
(5,18)
(7,-18)
STOP
(11,-19)
(14,-20)
(11,-20)
(12,-20)
(12,-19)
(12,-19) — wait, duplicate? Probably not.

Then:
(7,-20)
(11,-19)
(12,-20)
(12,-19)
(12,-19) — this is messy.

Perhaps it's better to count all STOP markers visible in the image description.

From the user's text:

In column 1: two STOPs (after (-11,1) and after (10,-11))

In column 2: four STOPs (after (-14,6), after (-5,-18), after (-11,-4), after (2,2))

In column 3: let's see — after (-5,3) → STOP, after (7,-18) → STOP, after (12,-20) → STOP? Wait, in the text:

" (5,3) [STOP] " — yes
" (7,-18) [STOP] " — yes
" (12,-20) [STOP] " — in the text: "(12,-20) [STOP]" — yes
Also, later: "(11,-20) [STOP]" — wait, in column 3, after (11,-20)? Let's read:

Column 3 entries:
...
(7,-18)
[STOP]
(11,-19)
(14,-20)
(11,-20)
(12,-20)
[STOP] ← this is after (12,-20)? In the text: "(12,-20) [STOP]" — but earlier there was another STOP after (-5,3)

Actually, in the original text for column 3:

"(1,-1)
(-1,1)
(-2,-3)
(-4,-1)
(-5,3)
[STOP]
(4,14)
(5,14)
(5,13)
(8,18)
(5,19)
(5,18)
(7,-18)
[STOP]
(11,-19)
(14,-20)
(11,-20)
(12,-20)
[STOP]
(12,-19)
(12,-19) — wait, this is inconsistent.

Perhaps I should count the word "STOP" in the entire text.

Let me scan the user's input text for "[STOP]":

First occurrence: after (-11,1) in col1
Second: after (10,-11) in col1
Third: after (-14,6) in col2
Fourth: after (-5,-18) in col2
Fifth: after (-11,-4) in col2
Sixth: after (2,2) in col2
Seventh: after (-5,3) in col3
Eighth: after (7,-18) in col3
Ninth: after (12,-20) in col3? In the text: "(12,-20) [STOP]" — yes
Tenth: after (11,-20) in col3? Wait, in col3: "(11,-20) [STOP]" — but in the text it's "(11,-20) [STOP]" after (12,-20)? Let's see the exact text:

From user's message:

Column 3:
...
(7,-18)
[STOP]
(11,-19)
(14,-20)
(11,-20)
(12,-20)
[STOP]
(12,-19)
(12,-19) — this might be a mistake; perhaps it's (12,-19) and then nothing.

Actually, in the text: "(12,-20) [STOP]" is listed, and then "(12,-19)" twice? No, let's copy the relevant part:

"(7,-18)
[STOP]
(11,-19)
(14,-20)
(11,-20)
(12,-20)
[STOP]
(12,-19)
(12,-19) — wait, this is likely a typo in my reading.

Looking back at user's input:

For column 3:
"(1,-1)
(-1,1)
(-2,-3)
(-4,-1)
(-5,3)
[STOP]
(4,14)
(5,14)
(5,13)
(8,18)
(5,19)
(5,18)
(7,-18)
[STOP]
(11,-19)
(14,-20)
(11,-20)
(12,-20)
[STOP]
(12,-19)
(12,-19) — this is probably "(12,-19)" and then the next is in column 4.

Actually, after "(12,-20) [STOP]", it's "(12,-19)" and then "(12,-19)" again? That doesn't make sense. Perhaps it's "(12,-19)" and then the list continues.

To avoid confusion, let's count the explicit "[STOP]" in the text provided by user.

In the user's message, "[STOP]" appears:

1. After (-11,1) in first column
2. After (10,-11) in first column
3. After (-14,6) in second column
4. After (-5,-18) in second column
5. After (-11,-4) in second column
6. After (2,2) in second column
7. After (-5,3) in third column
8. After (7,-18) in third column
9. After (12,-20) in third column? In the text: "(12,-20) [STOP]" — yes
10. After (11,-20) in third column? In the text: "(11,-20) [STOP]" — but in the sequence, after (12,-20) [STOP], it's "(12,-19)" and then "(12,-19)" — no, let's read the exact string:

From user's input for column 3:
...
(7,-18)
[STOP]
(11,-19)
(14,-20)
(11,-20)
(12,-20)
[STOP]
(12,-19)
(12,-19) — this is likely a duplication error; probably it's "(12,-19)" and then the next item is in column 4.

But in the text, after "(12,-20) [STOP]", it's "(12,-19)" and then "(12,-19)" again? That can't be. Perhaps it's "(12,-19)" and then the list ends for that column.

Then column 4:
(2,7)
(-3,4)
(-1,1)
(-3,4)
(-2,2)
(2,2)
(3,4)
(3,3)
(2,6)
[STOP]
(-5,3)
(-6,0)
(-10,-4)
(-11,-4)
(-10,-4)
(-12,0)
[STOP]
(-7,-13)
(-8,-14)
(-8,-14) — duplicate?
(-9,-17)
(10,-14)
(11,-18)
(12,-15)
(11,-12)
[STOP]

So in column 4:
- After (2,6) → STOP
- After (-12,0) → STOP
- After (11,-12) → STOP
→ 3 STOPs

Now let's tally:

Col1: 2 STOPs
Col2: 4 STOPs (after (-14,6), (-5,-18), (-11,-4), (2,2))
Col3: let's say 3 STOPs (after (-5,3), (7,-18), (12,-20)) — but in the text, after (12,-20) [STOP], and then later "(11,-20) [STOP]" is not explicitly there; in col3, after (11,-20) it's "(12,-20) [STOP]", so only three in col3? But earlier I thought four.

From the text for col3:
- After (-5,3) [STOP]
- After (7,-18) [STOP]
- After (12,-20) [STOP] — that's three
But in the sequence, after (11,-20) it's "(12,-20) [STOP]", so no additional STOP after (11,-20).

Then col4:
- After (2,6) [STOP]
- After (-12,0) [STOP]
- After (11,-12) [STOP] — that's three

So total STOPs: 2 + 4 + 3 + 3 = 12

But let's verify with the text:

User's input has "[STOP]" appearing at:

1. After (-11,1) in col1
2. After (10,-11) in col1
3. After (-14,6) in col2
4. After (-5,-18) in col2
5. After (-11,-4) in col2
6. After (2,2) in col2
7. After (-5,3) in col3
8. After (7,-18) in col3
9. After (12,-20) in col3 — in the text: "(12,-20) [STOP]"
10. After (2,6) in col4
11. After (-12,0) in col4
12. After (11,-12) in col4

Yes, 12 times.

Also, there is a circle around some STOPs, but that doesn't change the count.

So if the "problem" is to count the number of STOP markers, the answer is 12.

Perhaps that's it.

Maybe the student is supposed to know that STOP means don't plot that point, but again, no specific question.

Given that, and since the user said "solve the problem accurately," and the most quantifiable thing is the number of STOP signs, I'll go with that.

Final Answer: 12