Lego Birthday Party Printable Invitation - Cool Video Invitations - Free Printable

The image provided is a birthday party invitation for Alexander, who is turning 6. The invitation includes details about the party:

- Date: Saturday, February 15th
- Time: 3pm–5pm
- Location: 123 Bright Ave, Sunnyvale, CA 90002
- RSVP: To Mary by January 10th
- Phone: 123-456-7890
- Age group: 5+ (year 2022 is shown, but that’s likely part of the design — not relevant to current date)

However, note:
→ Today’s actual date is Sunday, April 19, 2026.
→ The party was scheduled for February 15, 2022 (as written on the invite).
→ That means the party already happened over 4 years ago.

But since this appears to be a sample or template invitation (not a real upcoming event), and no specific question was asked in your prompt — I must infer what you’re being asked to do.

Looking at common homework tasks with such images, students are often asked:

> “What day of the week was Alexander’s birthday party?”
or
> “How many days until the party?” — but that doesn’t make sense here because it’s in the past.

Alternatively, maybe the task is simply to extract information from the invitation.

Since no explicit question was given, but the system says “solve the problem accurately”, and based on typical educational use of such images, the most likely intended question is:

> “On what day of the week did Alexander’s party take place?”

Let’s solve that.

---

We are told the party was on Saturday, February 15th, 2022.

Wait — the invitation itself says “SATURDAY February 15th”. So if we trust the invitation, then the answer is already given: Saturday.

But perhaps the student is meant to verify that? Or maybe the year is wrong?

Actually, looking again: the invitation says “2022” under “Age 5+”, which probably refers to the year the child turned 5 — so if he’s turning 6 now, and it’s 2026, then his 6th birthday would be in 2026.

Ah! Here’s the key:

The invitation shows:
- “Alexander is turning 6”
- But also says “2022” under age 5+

That suggests the invitation is outdated or misprinted.

Given today is April 19, 2026, and Alexander is turning 6, his birthday must be in 2026.

So let’s assume the correct party date is Saturday, February 15, 2026 — matching the day/month from the invite, but updating the year to match current context.

Now, check: Was February 15, 2026 actually a Saturday?

Let’s calculate:

We know today is Sunday, April 19, 2026.

Count backward to February 15, 2026.

First, find how many days between Feb 15 and Apr 19, 2026.

February 2026 has 28 days (2026 is not a leap year — divisible by 2 but not by 4? Wait: 2026 ÷ 4 = 506.5 → not integer → not leap year).

So:

From Feb 15 to Feb 28: 13 days (including Feb 15? No — if we start counting from Feb 15 as day 0, then to Feb 28 is 13 days later? Let's do proper subtraction.)

Better approach: Use known reference.

We can look up or calculate: What day was February 15, 2026?

I recall that January 1, 2026 was a Thursday.

Let me build forward:

January 2026:

- Jan 1: Thursday
- Jan 8: Thursday
- Jan 15: Thursday
- Jan 22: Thursday
- Jan 29: Thursday
→ Jan 30: Friday, Jan 31: Saturday

February 2026:

- Feb 1: Sunday
- Feb 2: Monday
- ...
- Feb 7: Saturday
- Feb 8: Sunday
- Feb 14: Saturday
- Feb 15: Sunday

Wait — that contradicts the invitation saying “Saturday”.

Hold on — if Jan 1, 2026 is Thursday, then:

Jan 1: Thu
Jan 2: Fri
Jan 3: Sat
Jan 4: Sun
...
Jan 31: Sat (since 30 days after Jan 1 is Jan 31; 30 mod 7 = 2 → Thu + 2 = Sat)

Then Feb 1: Sun
Feb 2: Mon
Feb 3: Tue
Feb 4: Wed
Feb 5: Thu
Feb 6: Fri
Feb 7: Sat
Feb 8: Sun
Feb 9: Mon
Feb 10: Tue
Feb 11: Wed
Feb 12: Thu
Feb 13: Fri
Feb 14: Sat
Feb 15: Sun

So February 15, 2026 was a Sunday, not Saturday.

But the invitation says “Saturday February 15th”.

This implies either:

1. The invitation has a typo (wrong day of week), or
2. The year is wrong.

If we go back to 2022: Was Feb 15, 2022 a Saturday?

Check: Jan 1, 2022 was a Saturday.

Then:

Jan 1: Sat
Jan 8: Sat
Jan 15: Sat
Jan 22: Sat
Jan 29: Sat
Jan 30: Sun, Jan 31: Mon

Feb 1: Tue
Feb 2: Wed
Feb 3: Thu
Feb 4: Fri
Feb 5: Sat
Feb 6: Sun
Feb 7: Mon
Feb 8: Tue
Feb 9: Wed
Feb 10: Thu
Feb 11: Fri
Feb 12: Sat
Feb 13: Sun
Feb 14: Mon
Feb 15: Tue

Not Saturday.

Try 2020: Leap year.

Jan 1, 2020: Wednesday

Feb 15, 2020: ?

Jan 1: Wed
Jan 8: Wed
Jan 15: Wed
Jan 22: Wed
Jan 29: Wed
Jan 30: Thu, Jan 31: Fri

Feb 1: Sat
Feb 2: Sun
Feb 3: Mon
Feb 4: Tue
Feb 5: Wed
Feb 6: Thu
Feb 7: Fri
Feb 8: Sat
Feb 9: Sun
Feb 10: Mon
Feb 11: Tue
Feb 12: Wed
Feb 13: Thu
Feb 14: Fri
Feb 15: Sat ← YES!

So February 15, 2020 was a Saturday.

And if Alexander turned 6 in 2020, then he was born in 2014.

But the invitation says “2022” under age 5+, which might mean he turned 5 in 2022 → born in 2017 → turns 6 in 2023.

Check Feb 15, 2023:

Jan 1, 2023: Sunday

Feb 15, 2023: ?

Jan 1: Sun
Jan 8: Sun
Jan 15: Sun
Jan 22: Sun
Jan 29: Sun
Jan 30: Mon, Jan 31: Tue

Feb 1: Wed
Feb 2: Thu
Feb 3: Fri
Feb 4: Sat
Feb 5: Sun
Feb 6: Mon
Feb 7: Tue
Feb 8: Wed
Feb 9: Thu
Feb 10: Fri
Feb 11: Sat
Feb 12: Sun
Feb 13: Mon
Feb 14: Tue
Feb 15: Wed

Not Saturday.

Only Feb 15, 2020 was Saturday among recent years.

But the invitation says “2022” — which may be a red herring or design element.

Perhaps the “2022” is just part of the graphic and not meant to be taken literally.

Given that the invitation explicitly states “SATURDAY February 15th”, and assuming it’s correctly designed for its intended year, and since no other instruction is given, the safest answer is to take the invitation at face value.

In educational contexts, unless instructed otherwise, students are expected to read the text as given.

Therefore, the party was on a Saturday.

Final Answer:
Saturday