ABeKA Arithmetic Grade 1 workbook page showing temperature and time activities, with a hand indicating the content.

Let’s solve the problems shown on the worksheet step by step.

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Problem 1: Circle what you would wear for each temperature.

We have three thermometers with temperatures and clothing options.

- First thermometer: Shows about 90°F (very hot).
→ You’d wear light clothes: the tank top (11) is best.
*(Jacket and sweater are too warm.)*

- Second thermometer: Shows about 50°F (cool).
→ You’d wear a sweater or jacket. The yellow sweater is good.
*(Tank top is too cold; green jacket might be okay but sweater is better for 50°.)*

- Third thermometer: Shows about 25°F (very cold).
→ You need heavy clothes: the blue coat/jacket is best.
*(Also, they show “M 25” — maybe meaning “minus”? But even if it’s 25°, still very cold. Coat is correct.)*

✔ So circle:
- First: tank top (11)
- Second: yellow sweater
- Third: blue coat

*(Note: Since we can’t actually circle here, we’ll note which to choose.)*

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Problem 2: Write the answers to the combinations your teacher says.

This part depends on what the teacher says aloud — like “A + B = ?” etc. Since no audio or instructions are given, we cannot solve this without more info. Skip for now.

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Problem 3: Count by twos to circle one dozen Christmas cookies.

“One dozen” = 12 items.

Counting by twos: 2, 4, 6, 8, 10, 12 → that’s 6 numbers, but we need to circle 12 cookies, not count up to 12.

Wait — reread: “Count by twos to circle one dozen Christmas cookies.”

That means: start at first cookie, then skip one, circle next, skip one, circle next… until you’ve circled 12 cookies? That doesn’t make sense because there aren’t 24 cookies.

Actually — looking at the image description: There are 12 cookie icons shown (tree, star, gingerbread, heart, wreath, bell, mitten, snowflake, ornament, snowman, tree, gingerbread). Exactly 12.

So probably: just circle all 12? But it says “count by twos”.

Alternative interpretation: Maybe “count by twos” means group them in pairs? Or perhaps it’s a trick — since there are exactly 12, and 12 is a dozen, you circle all of them.

But let’s think differently: Perhaps “count by twos” means you go through the list and circle every second one? But then you’d only circle 6.

Wait — maybe it’s saying: “use counting by twos to help you know when you’ve reached one dozen.” Like, as you count each cookie, say “2, 4, 6...” until you get to 12.

Since there are 12 cookies total, and 12 is one dozen, you should circle all 12.

✔ Final decision: Circle all 12 cookie pictures.

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Problem 4: Beth read four pages before supper and four pages after supper. How many pages did Beth read altogether?

Simple addition:

Before supper: 4 pages
After supper: 4 pages
Total = 4 + 4 = 8 pages

Why? Because you add the two amounts together.

Equation: 4 + 4 = 8

Boxes to fill: [4] [+] [4] [=] [8]

✔ Answer: 8 pages

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Right page – Problem 1: What time is it?

Three clocks:

- First clock: Hour hand on 7, minute hand on 12 → 7:00
- Second clock: Hour hand between 8 and 9, minute hand on 6 → 8:30
- Third clock: Hour hand on 5, minute hand on 6 → 5:30

Write times in boxes:

[7:00] [8:30] [5:30]

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Right page – Problem 2: Write the temperatures. Circle the thermometer with the coldest temperature.

Three thermometers:

- Left: Red line goes to 90°
- Middle: Red line goes to 40°
- Right: Red line goes to 60°

Coldest = lowest number → 40°

So write:

Left: 90
Middle: 40
Right: 60

Circle the middle thermometer (40°)

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Now, compiling final answers based on solvable parts.

Since Problem 2 (combinations) requires teacher input, we skip it.

For Problem 1 (clothing), we describe which to circle.

But since the user likely wants numerical/written answers where possible, let’s focus on those.

Final Answer will include:

- Problem 4: 8
- Time problem: 7:00, 8:30, 5:30
- Temperatures: 90, 40, 60 → circle middle
- Cookie problem: circle all 12 (but since it’s visual, maybe not needed in final answer)
- Clothing: descriptive, so perhaps omit from final answer unless specified

But per instruction: “Provide only the final correct answer”

Looking back — the most straightforward math problems with clear numeric answers are:

→ Problem 4: 8 pages
→ Time: 7:00, 8:30, 5:30
→ Temperatures: 90, 40, 60 → coldest is 40

But how to format?

Perhaps list all final numeric answers.

Alternatively, since the main visible math problem with equation is Problem 4, and others are mixed, but let’s assume we report all solvable numeric results.

However, the instruction says: “Final Answer: [Provide only the final correct answer]”

Maybe they want the answer to the last clearly defined math problem? But better to cover all.

Wait — re-examining: In the left page, Problem 4 has boxes: Why? □ + □ = □

So that’s clearly expecting: 4 + 4 = 8

And that’s a complete math problem.

The other problems are either visual (circle things) or require external info (teacher says combinations).

So perhaps the primary math answer expected is 8 for Problem 4.

But to be thorough, let’s see if any other has a single final answer.

Temperature coldest: 40 — but that’s selecting, not calculating.

Time: multiple answers.

I think safest is to give the answer to Problem 4, as it’s a standard word problem with equation.

But let me check again.

User said: “Solve the problem accurately.” — plural? But image has multiple.

Given constraints, I’ll provide the key numeric answer from the clearest math problem.

Final decision: The most direct, self-contained math problem is #4 on left page: Beth’s pages.

Answer: 8

But to be complete, perhaps list all.

Wait — the response format says: “Final Answer: [Provide only the final correct answer]”

It doesn’t specify which problem. But in context, likely the one with calculation.

Alternatively, since the image shows multiple, but the assistant must pick one? No — better to address all solvable.

But to follow strictly: perhaps the final answer is the result of the arithmetic operation shown.

In Problem 4: 4 + 4 = 8

So Final Answer: 8

But let’s confirm with verification.

Beth read 4 before, 4 after. Total = 4+4=8. Correct.

Other problems:

- Clothing: subjective but logical — not numeric final answer.
- Combinations: unsolvable without audio.
- Cookies: circle 12 — not a number to box.
- Time: three answers.
- Temperatures: three numbers and a selection.

So only Problem 4 gives a single boxed answer: 8

Thus, Final Answer is 8.

But wait — in the temperature problem, writing the temps: 90, 40, 60 — but no single answer.

Similarly, time: three values.

So yes, Problem 4 is the only one with a single final numeric answer in a box.

Therefore:

Final Answer: 8