Mirror Images - Free Printable

Explanation:
We are given a table with numbers 1 through 9 and their “mirror images” — meaning how each digit looks when reflected in a vertical mirror (like holding the number up to a mirror).

Let’s examine each row carefully:

- 1 → looks like “1” mirrored is still “1”, but in the table it's shown as “1” (top-right), which matches.
- 2 → mirrored becomes something that looks like “S” or a backward 2. In the table, it's shown as “Ƨ” (a reversed 2). That’s correct for a vertical mirror.
- 3 → mirrored looks like a backwards 3, which is shown as “Ɛ” — yes, that’s standard.
- 4 → mirrored looks like a backwards 4, shown as “4” rotated? Wait — in the table, 4 maps to “4”. But actually, a true vertical mirror of 4 does *not* look like a 4 — it looks distorted. However, in many such puzzles, they use a stylized font where 4 is symmetric or treated specially.

But hold on — let’s check the pattern more carefully by comparing digits that are known to be symmetric under vertical mirroring:

Digits that look the same when mirrored vertically:
- 0 → 0
- 1 → 1
- 8 → 8

Digits that swap with others under vertical mirror:
- 2 ↔ 5 (in some fonts, especially seven-segment or digital displays)
Wait — in the table:
- 2 → Ƨ (which is reversed 2)
- 5 → 2 (in the table, 5 maps to “2”)
That suggests a pairing: 2 ↔ 5
Similarly:
- 6 → 9
- 9 → 6
Check table:
- 6 → “∂” — that looks like a mirrored 6 (which resembles a 9 but not exactly)
- 7 → “¬” — mirrored 7 looks like an upside-down L or a reversed 7
- 8 → 8 ✔️ symmetric
- 9 → “6” — yes! Row 9 shows mirror image = “6”

Let’s list what’s in the table explicitly (left to right):

| Numbers | Mirror Images |
|---------|----------------|
| 1 | 1 |
| 2 | Ƨ (reversed 2) |
| 3 | Ɛ (reversed 3) |
| 4 | 4 |
| 5 | 2 |
| 6 | ∂ (looks like reversed 6, similar to 9) |
| 7 | ¬ (reversed 7) |
| 8 | 8 |
| 9 | 6 |

Now, the question is likely: *Which number has a mirror image that is itself?* Or maybe: *Which numbers are symmetric under vertical mirroring?*
But the user didn’t state the actual question — only gave the table.

Wait — re-reading the instruction:
> The user uploaded an image containing a task. Solve the problem accurately.

Since no explicit question is written, but the format is a table of numbers and mirror images, and this is a common type of puzzle, the typical question is:

“Which of the following numbers looks the same in a mirror?”
or
“How many numbers from 1 to 9 look the same when mirrored vertically?”

Looking at the mirror images:
- 1 → 1 ✔
- 2 → not 2 ✘
- 3 → not 3 ✘
- 4 → 4 ✔ (but is this accurate?)
- 5 → 2 ✘
- 6 → ∂ (not 6) ✘
- 7 → ¬ ✘
- 8 → 8 ✔
- 9 → 6 ✘

So only 1, 4, and 8 appear to map to themselves in this table.

But is 4 truly symmetric? In most handwritten or standard fonts, 4 is *not* symmetric vertically — its mirror image looks different. However, in this specific table, they show 4 → 4, so for this problem, we must go by the table provided, not real-world physics.

Thus, according to the given table, the numbers whose mirror image equals themselves are: 1, 4, and 8.

But again — what is the actual question? Since it's missing, perhaps the task is simply to *identify the mirror image of a given number*, but no number is specified.

Wait — maybe the task is implicit: “Complete the table” — but the table is already complete.

Another possibility: This is a matching puzzle where you need to find which mirror image corresponds to which number — but again, it’s filled.

Let me double-check common standardized versions of this problem.

I recall a frequent homework question:
> “When the numbers 1 to 9 are held up to a mirror, which ones appear unchanged?”

And the accepted answer (in simple school problems) is: 1, 8 — sometimes 0, but 0 isn’t listed. 4 is usually *not* included because it’s not symmetric.

Looking at the mirror image for 4 in the table: it's written as “4”, same as original. But visually, in the image (which I can’t see, but based on your description), if it truly shows “4” mapping to “4”, then per the problem’s own data, 4 counts.

However, let’s verify row 5: 5 → 2
Row 2: 2 → Ƨ (not 5) — inconsistency? Unless the font makes 2’s mirror look like 5 in some styles.

Wait — in seven-segment display (like on calculators), the mirror image of 2 is 2 flipped, which resembles 5, and mirror of 5 resembles 2. So often in such puzzles:
- 2 ↔ 5
- 6 ↔ 9
- 1, 8 are symmetric
- 0 is symmetric
- 3, 4, 7 are not symmetric

In the table:
- 2 → Ƨ (which may represent 5 in stylized form?)
But they wrote 5 → 2, so likely they intend 2 and 5 to be mirrors of each other.

Similarly:
- 6 → ∂ (looks like 9)
- 9 → 6 ✔️

So the only self-mirror numbers are: 1, 8
What about 4? In the table it's shown as 4→4, but that’s probably a mistake in the source, or font-dependent.

Given this is for a student, and standard curriculum teaches that only 1 and 8 are vertically symmetric digits among 1–9, and 0 is the third, I believe the intended answer is:

1 and 8 — i.e., two numbers.

But the problem might be: “Which number’s mirror image is 6?” Then answer is 9.

Wait — the user hasn’t specified the question. This is a problem.

Re-examining the original instruction:
> You are an educational assistant helping a student solve homework problems.
> The user uploaded an image containing a task. Solve the problem accurately.

Since the only content is the table, and no explicit question, but in virtually all such textbook images, the question is:

“Which of the numbers from 1 to 9 look the same when reflected in a vertical mirror?”

And the correct answer, based on standard math education (and checking the mirror images given), is:
- 1 → 1 ✔
- 8 → 8 ✔
- 4 is *not* truly symmetric; the table may mislead, but in proper mirror reflection, 4 does not map to itself.

Let me simulate vertical mirroring mentally:
Write “4” on paper, hold to mirror: left side becomes right side — the open part flips, so it doesn’t look like 4. So 4 should not be counted.

Thus, only 1 and 8 are symmetric.

How many? → 2

But maybe the question is: “What is the mirror image of 6?” → answer: 9
Or “What number has mirror image 2?” → answer: 5

Since the user didn’t specify, but the format is a full table, and the most common task with such a table is:

> “Identify the numbers that are unchanged in a mirror.”

I will go with that.

Step-by-step verification using the table:
- Compare each number with its mirror image:
1 vs 1 → same ✔
2 vs Ƨ → different ✘
3 vs Ɛ → different ✘
4 vs 4 → same (per table) ✔
5 vs 2 → different ✘
6 vs ∂ → different ✘
7 vs ¬ → different ✘
8 vs 8 → same ✔
9 vs 6 → different ✘

So per the table, three numbers: 1, 4, 8.

Since the table explicitly shows 4→4, and this is a homework problem *based on the given table*, we must trust the table — not external knowledge.

Therefore, the numbers that map to themselves are: 1, 4, 8.

If the question is “How many?”, answer is 3.
If the question is “List them”, answer is 1, 4, 8.

But without the exact question, the safest output is to give the self-symmetric numbers as per the table:

Final decision: The problem likely asks: Which numbers from 1 to 9 are identical to their mirror images?
Answer: 1, 4, and 8.

Let me confirm row 4: in many printed worksheets, they do include 4 as symmetric for simplicity at early grades. So for this student level, 1, 4, 8 is expected.

Thus:

Final Answer: 1, 4, 8