Place Value Worksheets | Place Value Worksheets for Practice - Free Printable

Let's solve this step-by-step by matching each number with its correct word form.

We are given 10 numbers (labeled 1 to 10) and 10 corresponding word forms (labeled A to J). Our task is to match each number with the correct number name.

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Step 1: Understand how large numbers are named

In the U.S. numbering system:
- Billion = 1,000,000,000 (9 digits)
- Million = 1,000,000 (6 digits)

So a number like:
> 995,893,512,193
is broken down as:
- 995 billion
- 893 million
- 512 thousand
- 193

So we read it as:
"Nine hundred ninety-five billion, eight hundred ninety-three million, five hundred twelve thousand, one hundred ninety-three"

This matches Option A.

Let’s go through each one carefully.

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1) 995,893,512,193

Break it down:
- 995 → billions
- 893 → millions
- 512 → thousands
- 193 → ones

→ "Nine hundred ninety-five billion, eight hundred ninety-three million, five hundred twelve thousand, one hundred ninety-three"

✔ This matches A

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2) 636,774,234,564

Break it down:
- 636 → billions
- 774 → millions
- 234 → thousands
- 564 → ones

→ "Six hundred thirty-six billion, seven hundred seventy-four million, two hundred thirty-four thousand, five hundred sixty-four"

Wait — look at option J:

> J: six hundred thirty-six billion, seven hundred seventy-four million, two hundred thirty-four thousand, five hundred fifty-four

Close, but 564 vs 554 — not a match.

Wait — let’s check if any other option has 636 billion?

No. But let's see what J says:
> six hundred thirty-six billion, seven hundred seventy-four million, two hundred thirty-four thousand, five hundred fifty-four

That would be: 636,774,234,554 — but our number is 636,774,234,564, so not J.

But wait — maybe I made a mistake.

Wait — look again at the options.

Let me list all options clearly:

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Option List:

A) nine hundred ninety-five billion, eight hundred ninety-three million, five hundred twelve thousand, one hundred ninety-three
→ 995,893,512,193 ✔ → matches #1

B) seven hundred eighty-four billion, five hundred nineteen million, five hundred ninety-three thousand, six hundred fourteen
→ 784,519,593,614 → matches #10? Let's check.

C) two hundred fourteen billion, four hundred sixty-two million, seven hundred forty-one thousand, four hundred fifteen
→ 214,462,741,415 → matches #3?

D) three hundred forty-nine billion, nine hundred ninety-one million, one hundred sixty-two thousand, eight hundred sixteen
→ 349,991,162,816 → matches #4?

E) one hundred sixty-three billion, eight hundred twenty-eight million, nine hundred twelve thousand, three hundred twenty-one
→ 163,828,912,321 → matches #9?

F) two hundred sixteen billion, one hundred ninety-four million, four hundred thirty-one thousand, seven hundred twenty-three
→ 216,194,431,723 → matches #6?

G) eight hundred sixty-nine billion, one hundred sixty-three million, three hundred eighty-one thousand, four hundred forty-two
→ 869,163,381,442 → matches #7?

H) four hundred ninety-seven billion, four hundred ninety-two million, eight hundred seventy-one thousand, nine hundred sixty-three
→ 497,492,871,963 → matches #8?

I) two hundred twelve billion, seven hundred thirty-one million, five hundred ninety-three thousand, seven hundred twenty
→ 212,731,593,720 → matches #5?

J) six hundred thirty-six billion, seven hundred seventy-four million, two hundred thirty-four thousand, five hundred fifty-four
→ 636,774,234,554 → but #2 is 636,774,234,564 → off by 10 → not J

Wait — but #2 is 636,774,234,564

Is there a typo? Or did I misread?

Wait — let's check option B again:

B) seven hundred eighty-four billion, five hundred nineteen million, five hundred ninety-three thousand, six hundred fourteen
→ 784,519,593,614

Now look at #10: 784,519,593,614 → exactly matches B!

So #10 → B

But #2 is 636,774,234,564 — does any option have that?

Look at J: 636,774,234,554 → only differs in last two digits: 554 vs 564 → not a match.

Wait — maybe I missed something.

Wait — perhaps I should write out all the numbers from the options and match.

Let me create a table:

| Number | Word Form |
|--------|-----------|
| 1) 995,893,512,193 | A: nine hundred ninety-five billion, eight hundred ninety-three million, five hundred twelve thousand, one hundred ninety-three |
| 2) 636,774,234,564 | ??? |
| 3) 214,462,741,415 | C: two hundred fourteen billion, four hundred sixty-two million, seven hundred forty-one thousand, four hundred fifteen |
| 4) 349,991,162,816 | D: three hundred forty-nine billion, nine hundred ninety-one million, one hundred sixty-two thousand, eight hundred sixteen |
| 5) 212,731,593,720 | I: two hundred twelve billion, seven hundred thirty-one million, five hundred ninety-three thousand, seven hundred twenty |
| 6) 216,194,431,723 | F: two hundred sixteen billion, one hundred ninety-four million, four hundred thirty-one thousand, seven hundred twenty-three |
| 7) 869,163,381,442 | G: eight hundred sixty-nine billion, one hundred sixty-three million, three hundred eighty-one thousand, four hundred forty-two |
| 8) 497,492,871,963 | H: four hundred ninety-seven billion, four hundred ninety-two million, eight hundred seventy-one thousand, nine hundred sixty-three |
| 9) 163,828,912,321 | E: one hundred sixty-three billion, eight hundred twenty-eight million, nine hundred twelve thousand, three hundred twenty-one |
| 10) 784,519,593,614 | B: seven hundred eighty-four billion, five hundred nineteen million, five hundred ninety-three thousand, six hundred fourteen |

Now, let's verify each:

Check 1) 995,893,512,193 vs A

- 995 billion → "nine hundred ninety-five billion"
- 893 million → "eight hundred ninety-three million"
- 512 thousand → "five hundred twelve thousand"
- 193 → "one hundred ninety-three"

✔ Match → 1 → A

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2) 636,774,234,564

Check against J: six hundred thirty-six billion, seven hundred seventy-four million, two hundred thirty-four thousand, five hundred fifty-four

→ That would be: 636,774,234,554

But our number is 636,774,234,564 → difference of 10 → not a match.

Wait — is there an error?

Wait — look at B: seven hundred eighty-four billion, five hundred nineteen million, five hundred ninety-three thousand, six hundred fourteen

→ 784,519,593,614 → which is #10

So 10 → B

Now back to #2: 636,774,234,564

None of the options seem to match?

Wait — let's check E: one hundred sixty-three billion, eight hundred twenty-eight million, nine hundred twelve thousand, three hundred twenty-one

→ 163,828,912,321 → that's #9

#9 is 163,828,912,321 → yes

So #9 → E

Now #2: 636,774,234,564

Let’s try to find a match.

Wait — perhaps J is meant to be 636,774,234,564, but it says 554?

But it says "five hundred fifty-four" → 554

Our number ends in 564 → so no.

Wait — is there a typo?

Wait — let's double-check the problem.

Looking at the original image text:

> 2 ) ____ 636,774,234,564

And option J: "six hundred thirty-six billion, seven hundred seventy-four million, two hundred thirty-four thousand, five hundred fifty-four"

→ So 554, not 564.

So mismatch.

But all others seem to match perfectly except this one.

Wait — could it be that J is for #2, but typo in the number?

Or vice versa?

Alternatively, maybe I misread the number.

Wait — let's look at option B: seven hundred eighty-four billion, five hundred nineteen million, five hundred ninety-three thousand, six hundred fourteen

→ 784,519,593,614 → which is #10

Yes, #10 is 784,519,593,614 → so 10 → B

Now #2: 636,774,234,564

Let’s see if any option has 636 billion?

Only J starts with "six hundred thirty-six billion"

So J must be for #2, but the last part is wrong.

Wait — unless the number is actually 636,774,234,554?

But the problem says 564.

Alternatively, maybe the word form is incorrect?

But let’s assume the numbers are correct.

Wait — let's recheck J:

> J: six hundred thirty-six billion, seven hundred seventy-four million, two hundred thirty-four thousand, five hundred fifty-four

→ 636,774,234,554

But #2 is 636,774,234,564 → so they differ in the last two digits.

But 554 vs 564 — close, but not same.

Unless there's a typo.

But let's check if any other option could fit.

Wait — look at #5: 212,731,593,720

Option I: two hundred twelve billion, seven hundred thirty-one million, five hundred ninety-three thousand, seven hundred twenty

→ 212,731,593,720 → matches ✔

So 5 → I

Now #6: 216,194,431,723

Option F: two hundred sixteen billion, one hundred ninety-four million, four hundred thirty-one thousand, seven hundred twenty-three

→ 216,194,431,723 → matches ✔ → 6 → F

#7: 869,163,381,442

G: eight hundred sixty-nine billion, one hundred sixty-three million, three hundred eighty-one thousand, four hundred forty-two

→ 869,163,381,442 → matches ✔ → 7 → G

#8: 497,492,871,963

H: four hundred ninety-seven billion, four hundred ninety-two million, eight hundred seventy-one thousand, nine hundred sixty-three

→ 497,492,871,963 → matches ✔ → 8 → H

#9: 163,828,912,321

E: one hundred sixty-three billion, eight hundred twenty-eight million, nine hundred twelve thousand, three hundred twenty-one

→ 163,828,912,321 → matches ✔ → 9 → E

#10: 784,519,593,614

B: seven hundred eighty-four billion, five hundred nineteen million, five hundred ninety-three thousand, six hundred fourteen

→ 784,519,593,614 → matches ✔ → 10 → B

Now #1: 995,893,512,193 → A → ✔

#3: 214,462,741,415 → C → ✔

#4: 349,991,162,816 → D → ✔

So far, all match except #2 and J

But J is the only one left unassigned.

Options used:
- A → 1
- B → 10
- C → 3
- D → 4
- E → 9
- F → 6
- G → 7
- H → 8
- I → 5
- J → ?

Only #2 is left.

So #2 must go to J, even though the last digits don't match.

Wait — let's check #2 again: 636,774,234,564

But J says: five hundred fifty-four → 554

But 564 ≠ 554

So discrepancy.

Wait — is it possible that the number is 636,774,234,554?

But the problem says 564.

Alternatively, maybe the word form has a typo.

But let’s double-check J's number:

"two hundred thirty-four thousand, five hundred fifty-four" → 234,554

So full number: 636,774,234,554

But #2 is 636,774,234,564

So difference of 10.

But all other matches are perfect.

Wait — could #2 be matched to another option?

Let’s see: is there any other option starting with 636 billion? No.

So J must be for #2.

Possibility: typo in the problem or answer key.

But since all others match perfectly, and only one pair is left, we must assign:

#2 → J

Even though the last two digits are off.

Wait — let’s check if #2 was copied wrong.

Original: 636,774,234,564

But if it were 636,774,234,554 → then it would match.

But it's written as 564.

Alternatively, maybe the word form is supposed to be "five hundred sixty-four"?

But it says "fifty-four".

So likely a typo.

But since this is a matching exercise and only one option remains, we proceed.

So final assignment:

Final Matching:

1) 995,893,512,193 → A
2) 636,774,234,564 → J *(despite digit mismatch)*
3) 214,462,741,415 → C
4) 349,991,162,816 → D
5) 212,731,593,720 → I
6) 216,194,431,723 → F
7) 869,163,381,442 → G
8) 497,492,871,963 → H
9) 163,828,912,321 → E
10) 784,519,593,614 → B

But wait — we can check if J might be intended for another number.

Wait — is there a possibility that #2 is actually 636,774,234,554?

But the problem says 564.

Alternatively, maybe I misread the number.

Let me recheck the original image:

> 2 ) ____ 636,774,234,564

Yes, it's 564.

And J says "five hundred fifty-four" → 554

So it's inconsistent.

But since all other matches are exact, and only J is unused, and #2 is the only one without a match, we conclude:

#2 → J (with note of possible typo)

Alternatively, perhaps the number is 636,774,234,554 and printed as 564 by mistake.

But based on the information, we go with the logical pairing.

Wait — let's check if #2 could be B?

B is 784 billion — no, too big.

No.

So only possibility is J.

Thus, despite the minor discrepancy, the intended match is:

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✔ Final Answer:

1) A
2) J
3) C
4) D
5) I
6) F
7) G
8) H
9) E
10) B

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Explanation:

Each number was broken into billions, millions, thousands, and units. The word form was parsed accordingly, and only one option matched each number. For #2, although the last digits (564 vs 554) differ slightly, due to the uniqueness of the options and the fact that all others match perfectly, J is the only available choice for #2, suggesting a possible typo in either the number or the word form.

However, in standard exercises, such mismatches are rare, so double-checking is advised. But based on the given choices, the above is the only consistent assignment.

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Answer Key:

1) A
2) J
3) C
4) D
5) I
6) F
7) G
8) H
9) E
10) B