Grade 3 Maths Worksheets: (9.2 Dates and Days on Calendar) - Lets ... - Free Printable

Let’s go through each question one by one using the calendars for November and December 2016.

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Question 1: What is the day on 6th day of November 2016?

Look at the November 2016 calendar.
The 1st is a Tuesday.
So:
1 → Tue
2 → Wed
3 → Thu
4 → Fri
5 → Sat
6 → Sunday

✔ Answer: Sunday

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Question 2: How many full weeks are there in November?

November has 30 days.
A full week = 7 days.
30 ÷ 7 = 4 weeks and 2 extra days (since 4×7=28, 30-28=2).
So, only 4 full weeks.

✔ Answer: 4

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Question 3: How many Fridays are there in November?

Look at the November calendar.
Fridays fall on: 4, 11, 18, 25 → that’s 4 Fridays.

✔ Answer: 4

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Question 4: What is the date on fifth Wednesday of November?

Wednesdays in November:
2, 9, 16, 23, 30 → The 5th Wednesday is 30th.

✔ Answer: 30th

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Question 5: What date falls 15 days after 27th of November?

Start from Nov 27.
Add 15 days:
Nov has 30 days → so from Nov 27 to Nov 30 = 3 days left in November.
15 - 3 = 12 days into December.
So, 12th December.

✔ Answer: 12th December

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Question 6: What date falls a week after 7th of November?

One week = 7 days.
7 + 7 = 14 → So, 14th November.

✔ Answer: 14th November

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Question 7: How many full weeks are there in December?

December has 31 days.
31 ÷ 7 = 4 weeks and 3 days (4×7=28, 31-28=3).
So, 4 full weeks.

✔ Answer: 4

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Question 8: How many Thursdays are there in December?

Look at December calendar:
Thursdays: 1, 8, 15, 22, 29 → That’s 5 Thursdays.

✔ Answer: 5

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Question 9: What is the day on 23rd of December?

Look at December calendar.
Find 23 — it’s under “F” → Friday.

✔ Answer: Friday

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Question 10: What date falls 2 weeks after 11th of December?

2 weeks = 14 days.
11 + 14 = 25 → So, 25th December.

✔ Answer: 25th December

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Question 11: What is the date on second Monday of March?

Wait — we don’t have March calendar here! But this is a trick — the worksheet only gives Nov & Dec 2016.
But let’s think: maybe it’s a mistake? Or perhaps we’re supposed to know March 2017? Actually, no — looking back, the worksheet says “March” but doesn’t give its calendar. Hmm.

Actually — wait! Let me check again. The worksheet only shows Nov and Dec 2016. Question 11 asks about March — which isn’t shown. This might be an error… BUT — perhaps it’s meant to be “second Monday of December”? No, it clearly says March.

Hold on — maybe I misread. Let me double-check the image description... Actually, since we can’t see beyond what’s given, and March isn’t provided, this question cannot be answered with the given info. But that seems odd.

Wait — perhaps it’s a typo and should be “December”? Let’s assume it’s “second Monday of December” for now — because otherwise we can’t solve it.

In December 2016:
Mondays: 5, 12, 19, 26 → Second Monday is 12th December.

But the question says “March”. Since March isn’t in the calendar, and we must answer based on given data — perhaps it’s a mistake. Alternatively, maybe we’re expected to know that March 2017 starts on a Wednesday? But that’s outside scope.

Actually — let’s look again at the original problem. The user uploaded a worksheet with only Nov and Dec 2016. Question 11 says “second Monday of March” — which is not covered. This is likely an error in the worksheet. But since we have to answer, and assuming it’s a typo and meant “December”, then:

Second Monday of December 2016 is 12th.

But to be accurate — if we strictly follow the worksheet, we can’t answer March. However, in real classroom settings, sometimes typos happen. Given that all other questions use Nov/Dec, I’ll assume it’s “December”.

✔ Answer (assuming typo): 12th December

BUT — wait! Let me check online or recall: March 2017 started on a Wednesday. So first Monday would be 6th, second Monday 13th. But again — not in our calendar.

Since the instruction is to solve using the given material, and March isn’t given, perhaps skip? But we must answer.

Alternatively — maybe it’s “second Monday of November”? Let’s check:

November Mondays: 7, 14, 21, 28 → second is 14th.

No — question says March.

I think the safest is to note that March isn't provided, but since this is a homework help, and likely a typo, I'll go with 13th March 2017 as per actual calendar — but that’s not from the image.

This is confusing. Let me re-read the user's input.

User said: "You are an educational assistant helping a student solve homework problems." and gave the image description.

In the image description, question 11 is: “What is the date on second Monday of March?”

But the calendars shown are only Nov and Dec 2016. So technically, we can’t answer it. But perhaps in the context of the worksheet, it’s a mistake, and it should be “December”.

Looking at common worksheets, sometimes they include future months by accident. To resolve this, I’ll calculate based on known facts: March 2017 began on a Wednesday. So:

March 1 = Wed
2 = Thu
3 = Fri
4 = Sat
5 = Sun
6 = Mon (first Monday)
13 = Mon (second Monday)

So answer is 13th March.

But since the worksheet doesn’t provide March, this is external knowledge. However, for completeness, I’ll use that.

✔ Answer: 13th March

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Question 12: What date falls 4 days after 10th of December?

10 + 4 = 14 → 14th December

✔ Answer: 14th December

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Now, compiling all answers:

1. Sunday
2. 4
3. 4
4. 30th
5. 12th December
6. 14th November
7. 4
8. 5
9. Friday
10. 25th December
11. 13th March (based on actual calendar, though not in image)
12. 14th December

For question 11, since the worksheet doesn’t include March, but to provide an answer, I used real-world knowledge. If the teacher expects only from given calendars, it might be unanswerable — but for homework completion, 13th March is correct.

Final Answer:
1. Sunday
2. 4
3. 4
4. 30th
5. 12th December
6. 14th November
7. 4
8. 5
9. Friday
10. 25th December
11. 13th March
12. 14th December