2nd Grade Place Value Math Worksheets

Let’s solve each worksheet section step by step. We’ll go one at a time, carefully checking our work.

---

Worksheet 1: Skip Counting by Tens (up to 1000)
We start at the given number and add 10 each time until we reach the target.

1) Start at 760 → 770, 780, 790, 800, 810, 820 ✔
2) Start at 210 → 220, 230, 240, 250, 260, 270 ✔
3) Start at 40 → 50, 60, 70, 80, 90, 100 ✔
4) Start at 530 → 540, 550, 560, 570, 580, 590 ✔
5) Start at 880 → 890, 900, 910, 920, 930, 940 ✔
6) Start at 170 → 180, 190, 200, 210, 220, 230 ✔
7) Start at 300 → 310, 320, 330, 340, 350, 360 ✔
8) Start at 620 → 630, 640, 650, 660, 670, 680 ✔
9) Start at 90 → 100, 110, 120, 130, 140, 150 ✔
10) Start at 250 → 260, 270, 280, 290, 300, 310 ✔

All correct.

---

Worksheet 2: Write the number from expanded form

We add the parts together.

1) 436 = 400 + 30 + 6 → Already given? Wait — instruction says “Write the number form or the expanded form”. But looking at the blanks, it seems they want us to fill in missing parts of expanded form.

Actually, re-reading: “Write the number form or the expanded form of each given number.” But then examples show:

Example: 436 = ___ + ___ + ___ → So we break into hundreds, tens, ones.

But wait — look at #1: “436 = ___ + ___ + ___” → That’s asking for expanded form.

#2: “718 = ___ + ___” → Hmm, maybe typo? Should be three parts? Or perhaps sometimes two if zero?

Wait — let’s check all:

Actually, looking again — some have 3 blanks, some have 2? Let me read carefully.

No — actually, looking at the image description (even though I can’t see it), based on standard practice:

Probably:

1) 436 = 400 + 30 + 6
2) 718 = 700 + 18? No — that doesn’t make sense. Probably 700 + 10 + 8 — but only two blanks? Maybe error in my assumption.

Wait — user provided text:

“Write the number form or the expanded form of each given number.”

Then:

1) 436 = ___ + ___ + ___ → so 400 + 30 + 6
2) 718 = ___ + ___ → this is odd. Unless it's 700 + 18? But 18 isn't a place value part. More likely, it should be three parts. Perhaps a formatting issue.

Looking further:

3) 500 + 40 + 3 = ___ → that’s 543
4) 200 + 60 + 1 = ___ → 261
5) 374 = ___ + ___ + ___ → 300 + 70 + 4
6) 152 = ___ + ___ + ___ → 100 + 50 + 2
7) 800 + 20 + 5 = ___ → 825
8) 900 + 80 + 7 = ___ → 987
9) 600 + 90 + 0 = ___ → 690
10) 148 = ___ + ___ + ___ → 100 + 40 + 8

So for #2: 718 = ___ + ___ — probably meant to be three blanks? Or perhaps 700 + 18? But 18 is not standard. Alternatively, maybe it's 710 + 8? Still not ideal.

Wait — perhaps it's a mistake in the problem setup. But since 718 has 7 hundreds, 1 ten, 8 ones — it should be 700 + 10 + 8. If only two blanks, maybe they expect 700 + 18? But that’s not proper expanded form.

Alternatively, maybe #2 is written as “718 = ___ + ___” meaning 700 + 18? But 18 is not a single place value.

I think there might be a typo in the original worksheet. But to match common curriculum, I’ll assume all should be broken into hundreds, tens, ones — even if blank count differs.

Perhaps for #2, it’s 700 + 18? But let’s check consistency.

Look at #9: 600 + 90 + 0 = ___ → they include the 0, so they do use three parts.

So likely, #2 should have three blanks. Since the user wrote “718 = ___ + ___”, maybe it’s a copy error. I’ll proceed with standard expanded form.

So:

1) 436 = 400 + 30 + 6
2) 718 = 700 + 10 + 8 [assuming three parts despite two blanks shown]
But if forced to two blanks, perhaps 700 + 18? Not recommended.

Wait — another possibility: maybe “expanded form” here allows grouping? Unlikely for 2nd grade.

I think safest is to follow the pattern of other problems. For example, #3 is given as sum, find number. #1 is given number, find sum.

So for #2: 718 = ? + ? — perhaps it’s 700 + 18? But 18 is not a place value component.

Alternatively, maybe it’s 710 + 8? Still not standard.

Let me look at the actual text provided by user:

"2) 718 = ___ + ___"

And later: "3) 500 + 40 + 3 = ___"

So for #2, only two blanks. This suggests they might be combining tens and ones? But that’s unusual.

Perhaps it’s a mistake, and it should be three blanks. Given that, and to avoid confusion, I’ll provide the standard expanded form with three parts, noting the discrepancy.

But since the instruction is to solve accurately, and assuming the worksheet intends standard place value decomposition, I'll do:

For any number, break into hundreds, tens, ones.

So:

1) 436 = 400 + 30 + 6
2) 718 = 700 + 10 + 8 → but only two blanks? Maybe the worksheet has a typo. Perhaps for #2, it's 700 + 18? I think I should go with what makes mathematical sense.

Another idea: perhaps "expanded form" here means writing the value of each digit, so for 718, it's 700 + 10 + 8, and if only two blanks, maybe they omitted one? Unlikely.

Let's count the blanks in the user's text:

"1) 436 = ___ + ___ + ___" → three blanks
"2) 718 = ___ + ___" → two blanks
"3) 500 + 40 + 3 = ___" → one blank (for the number)
etc.

So for #2, only two blanks. What could it be? Perhaps 700 + 18? But 18 is not a place value unit.

Maybe it's 710 + 8? Still not standard.

Perhaps it's a different interpretation. Let's think: in some curricula, they might write 718 as 700 + 18, where 18 represents the last two digits. But that's not typical for 2nd grade place value.

Given the context, and to be consistent, I suspect it's a formatting error, and it should be three blanks. I'll proceed with three parts for all, as that's the standard.

So:

1) 436 = 400 + 30 + 6
2) 718 = 700 + 10 + 8
3) 500 + 40 + 3 = 543
4) 200 + 60 + 1 = 261
5) 374 = 300 + 70 + 4
6) 152 = 100 + 50 + 2
7) 800 + 20 + 5 = 825
8) 900 + 80 + 7 = 987
9) 600 + 90 + 0 = 690
10) 148 = 100 + 40 + 8

For #2, if the worksheet insists on two blanks, it might be 700 + 18, but I think that's incorrect pedagogy. I'll stick with 700 + 10 + 8, assuming the blank count is wrong.

But to match the user's input exactly, perhaps for #2, it's intended to be 700 + 18? Let's see if there's a pattern.

Notice that in #9, they have 600 + 90 + 0, which includes the 0, so they do use three components.

Therefore, I believe #2 should have three blanks. I'll proceed accordingly.

---

Worksheet 3: Represent a Three-Digit Number Modeled with Blocks

This requires counting base-ten blocks: flats (hundreds), rods (tens), units (ones).

Since no images are visible, I must rely on the user's description or assume standard representation.

The user didn't provide block counts, so I cannot solve this without visual data. However, in the initial request, the user said "solve the problem accurately", implying the information is sufficient.

Re-examining the user's message: they pasted text that includes descriptions like:

"Count the number of blocks and write the numeral in the blank."

But no actual block counts are given in the text. For example:

"1) [blocks] = ___"

Without knowing how many flats, rods, units, I can't compute.

This is a problem. Perhaps in the original image, the blocks are depicted, but since I can't see them, I need to infer or state that information is missing.

But the user expects an answer, so maybe for the purpose of this exercise, I should skip or assume hypothetical values? That wouldn't be accurate.

Alternatively, perhaps the user intended for me to recognize that this section requires visual input, but since it's not provided, I can't complete it.

However, looking back at the user's paste, they included:

"Represent a Three-Digit Number Modeled with Blocks" and then lists 1) to 5) with "= ___", but no block descriptions.

Similarly for other sections.

This suggests that the textual description is incomplete for those parts.

But for the sake of providing an answer, and since the first two worksheets are solvable from text, I'll focus on those and note that the block-based ones require visuals.

Yet, the user might have expected me to know that in such worksheets, the blocks are standard, but without specifics, I can't.

Perhaps in the context, the "blocks" are described in the text? Let me read again.

User's text:

"Count the number of blocks and write the numeral in the blank.
1)
2)
3)
4)
5) "

No details. Same for others.

So for Worksheet 3, 4, 5, 6 — the block-based and base-ten block sections — I cannot solve without additional data.

But the user said "solve the problem accurately", so perhaps I should only solve what's possible from text.

Let's list what can be solved:

- Worksheet 1: Skip counting — all answers derived above.
- Worksheet 2: Expanded form — mostly solvable, except ambiguity in #2.
- Worksheet 4: Look at the given number and write your answer in the blank. — This is about identifying hundreds, tens, ones digits.

From user's text:

"Look at the given number and write your answer in the blank.
1) 706 = ___ Hundreds, ___ Tens, ___ Ones
2) 118 = ___ Hundreds, ___ Tens, ___ Ones
..."

This is straightforward: just identify the digit in each place.

Similarly, Worksheet 6: "Represent Numbers with Base Ten Blocks" with examples like "One Hundred = 100", "20 Tens = 200", then questions like "30 Tens = ___", etc.

That is solvable.

So let's handle the solvable parts.

First, Worksheet 4: Identify place values.

1) 706: hundreds digit is 7, tens is 0, ones is 6 → 7, 0, 6
2) 118: 1, 1, 8
3) 432: 4, 3, 2
4) 567: 5, 6, 7
5) 294: 2, 9, 4
6) 673: 6, 7, 3
7) 345: 3, 4, 5
8) 829: 8, 2, 9
9) 951: 9, 5, 1
10) 480: 4, 8, 0

All good.

Worksheet 6: Represent numbers with base ten blocks — but this is about converting between forms.

Examples given: One Hundred = 100, 20 Tens = 200

Then:

1) 30 Tens = ___ → 30 * 10 = 300
2) 5 Hundreds = ___ → 5 * 100 = 500
3) 80 Tens = ___ → 80 * 10 = 800
4) 60 Tens = ___ → 60 * 10 = 600
5) 2 Hundreds = ___ → 200
6) 40 Tens = ___ → 400
7) 6 Hundreds = ___ → 600
8) 9 Hundreds = ___ → 900
9) 70 Tens = ___ → 700
10) 20 Tens = ___ → 200

All straightforward multiplication.

Now, for Worksheet 3 and 5, which involve counting blocks, since no block counts are provided in text, I cannot solve them accurately. I will omit those or state that visual information is required.

But the user might expect answers for all, so perhaps in the context of the problem, the blocks are implied or standard, but that's risky.

Given the constraints, I'll provide answers for the solvable sections and note that block-counting sections require visuals.

However, to fulfill the request, let's assume that for Worksheet 3 and 5, the block representations are not specified, so I'll skip them in the final answer, or indicate N/A.

But the user said "solve the problem accurately", so I should only solve what's possible.

Perhaps the "blocks" are described in the text? Let me double-check the user's input.

User's paste includes:

"Represent a Three-Digit Number Modeled with Blocks
Count the number of blocks and write the numeral in the blank.
1)
2)
3)
4)
5) "

No details. Similarly for Worksheet 5.

Whereas for Worksheet 6, it's clear: "Look at each written number and write the numeral in the blanks." with examples and then questions like "30 Tens = ___", which is numerical.

So for Worksheet 3 and 5, I cannot provide answers without block counts.

Therefore, in the final answer, I'll include only the solvable parts.

But to be thorough, let's compile all solvable answers.

Also, for Worksheet 2, #2: 718 = ___ + ___ — with two blanks. Given that, and to match the format, perhaps it's 700 + 18? Although non-standard, it might be what's expected. In some contexts, they might group the last two digits.

For example, 718 = 700 + 18, where 18 is the "remainder".

But in standard place value, it's 700 + 10 + 8.

Given the dilemma, and since other problems use three parts, I'll assume it's a typo and use three parts. But for accuracy, let's see if there's a clue.

In the user's text, for #9: "600 + 90 + 0 = ___" — they include the 0, so they do use three components. Therefore, #2 should also have three. I'll proceed with 700 + 10 + 8 for #2, even if only two blanks are shown — perhaps it's a formatting error in the paste.

So final decisions:

- Worksheet 1: All answers as calculated.
- Worksheet 2: As above, with #2 as 700 + 10 + 8.
- Worksheet 4: Place value identification.
- Worksheet 6: Conversion of tens/hundreds to numbers.
- Worksheets 3 and 5: Omitted due to lack of visual data.

Now, for the Final Answer, I need to present the solutions clearly.

Since the user may expect all sections, but I can't do 3 and 5, I'll provide what I can.

Perhaps in the context, the "blocks" for Worksheet 3 and 5 are not needed because the user only wants the text-based problems solved, but the image contains them.

To resolve, I'll output the answers for the solvable worksheets and mention that block-counting requires visuals.

But for the response format, I must provide a Final Answer section with the correct answers.

Let's structure the Final Answer as per the worksheets.

First, Worksheet 1: Skip Counting

Answers:
1) 770, 780, 790, 800, 810
2) 220, 230, 240, 250, 260
3) 50, 60, 70, 80, 90
4) 540, 550, 560, 570, 580
5) 890, 900, 910, 920, 930
6) 180, 190, 200, 210, 220
7) 310, 320, 330, 340, 350
8) 630, 640, 650, 660, 670
9) 100, 110, 120, 130, 140
10) 260, 270, 280, 290, 300

Worksheet 2: Expanded Form

1) 400 + 30 + 6
2) 700 + 10 + 8 [assuming three parts]
3) 543
4) 261
5) 300 + 70 + 4
6) 100 + 50 + 2
7) 825
8) 987
9) 690
10) 100 + 40 + 8

For #2, if the worksheet has only two blanks, it might be 700 + 18, but I think 700 + 10 + 8 is correct. I'll go with that.

Worksheet 4: Place Value Digits

1) 7, 0, 6
2) 1, 1, 8
3) 4, 3, 2
4) 5, 6, 7
5) 2, 9, 4
6) 6, 7, 3
7) 3, 4, 5
8) 8, 2, 9
9) 9, 5, 1
10) 4, 8, 0

Worksheet 6: Base Ten Block Conversions

1) 300
2) 500
3) 800
4) 600
5) 200
6) 400
7) 600
8) 900
9) 700
10) 200

Worksheets 3 and 5: Cannot be solved without visual block counts.

For the Final Answer, I'll list the answers for the solvable parts.

Since the user might expect a comprehensive answer, and to adhere to the format, I'll provide the answers in order.

Note: The user's options are all false, so no Explanation, TeachTopic, or GeneratePractice sections. Only Final Answer.

Final Answer should contain the solutions.

Let's write it neatly.