Date worksheet

1. Resulting date: Monday, Nov 11, 2024

1. Subtract the days one by one on the calendar, carrying on into the next month or year when needed

   $\text{Dec 13, 2024}\text{−}\text{32 days}\text{→}\text{Nov 11, 2024}$

2. Read off the resulting date and its day of the week

   $\text{Monday, Nov 11, 2024}$

3. Of those days, count the weekdays (Monday to Friday), which helps with work deadlines. Holidays aren't removed

   $32\text{\hspace{0.17em}days}$$=24\text{\hspace{0.17em}weekdays}+8\text{\hspace{0.17em}weekend days}$

2. Resulting date: Tuesday, Sep 9, 2025

1. Subtract the months first. Months have different lengths, so the calendar keeps the same day of the month instead of counting days

   $\text{Dec 10, 2025}\text{−}\text{2 months}\text{→}\text{Oct 10, 2025}$

2. Turn weeks into days (one week is exactly 7 days)

   $1\times 7+24$$=31\text{\hspace{0.17em}days}$

3. Subtract the days one by one on the calendar, carrying on into the next month or year when needed

   $\text{Oct 10, 2025}\text{−}\text{31 days}\text{→}\text{Sep 9, 2025}$

4. Read off the resulting date and its day of the week

   $\text{Tuesday, Sep 9, 2025}$

5. Of those days, count the weekdays (Monday to Friday), which helps with work deadlines. Holidays aren't removed

   $92\text{\hspace{0.17em}days}$$=66\text{\hspace{0.17em}weekdays}+26\text{\hspace{0.17em}weekend days}$

3. Resulting date: Tuesday, Jun 8, 2027

1. Convert years to months so the calendar part is one number

   $2\times 12+0$$=24\text{\hspace{0.17em}months}$

2. Add the months first. Months have different lengths, so the calendar keeps the same day of the month instead of counting days

   $\text{May 13, 2025}\text{+}\text{24 months}\text{→}\text{May 13, 2027}$

3. Add the days one by one on the calendar, carrying on into the next month or year when needed

   $\text{May 13, 2027}\text{+}\text{26 days}\text{→}\text{Jun 8, 2027}$

4. Read off the resulting date and its day of the week

   $\text{Tuesday, Jun 8, 2027}$

5. Of those days, count the weekdays (Monday to Friday), which helps with work deadlines. Holidays aren't removed

   $756\text{\hspace{0.17em}days}$$=540\text{\hspace{0.17em}weekdays}+216\text{\hspace{0.17em}weekend days}$

4. Resulting date: Tuesday, Apr 8, 2025

1. Subtract the days one by one on the calendar, carrying on into the next month or year when needed

   $\text{May 14, 2025}\text{−}\text{36 days}\text{→}\text{Apr 8, 2025}$

2. Read off the resulting date and its day of the week

   $\text{Tuesday, Apr 8, 2025}$

3. Of those days, count the weekdays (Monday to Friday), which helps with work deadlines. Holidays aren't removed

   $36\text{\hspace{0.17em}days}$$=26\text{\hspace{0.17em}weekdays}+10\text{\hspace{0.17em}weekend days}$

5. Resulting date: Friday, Nov 27, 2026

1. Convert years to months so the calendar part is one number

   $1\times 12+0$$=12\text{\hspace{0.17em}months}$

2. Add the months first. Months have different lengths, so the calendar keeps the same day of the month instead of counting days

   $\text{Nov 7, 2025}\text{+}\text{12 months}\text{→}\text{Nov 7, 2026}$

3. Add the days one by one on the calendar, carrying on into the next month or year when needed

   $\text{Nov 7, 2026}\text{+}\text{20 days}\text{→}\text{Nov 27, 2026}$

4. Read off the resulting date and its day of the week

   $\text{Friday, Nov 27, 2026}$

5. Of those days, count the weekdays (Monday to Friday), which helps with work deadlines. Holidays aren't removed

   $385\text{\hspace{0.17em}days}$$=275\text{\hspace{0.17em}weekdays}+110\text{\hspace{0.17em}weekend days}$

6. Resulting date: Thursday, May 15, 2025

1. Subtract the days one by one on the calendar, carrying on into the next month or year when needed

   $\text{Jun 20, 2025}\text{−}\text{36 days}\text{→}\text{May 15, 2025}$

2. Read off the resulting date and its day of the week

   $\text{Thursday, May 15, 2025}$

3. Of those days, count the weekdays (Monday to Friday), which helps with work deadlines. Holidays aren't removed

   $36\text{\hspace{0.17em}days}$$=26\text{\hspace{0.17em}weekdays}+10\text{\hspace{0.17em}weekend days}$

7. Resulting date: Tuesday, Nov 3, 2026

1. Turn weeks into days (one week is exactly 7 days)

   $1\times 7+36$$=43\text{\hspace{0.17em}days}$

2. Subtract the days one by one on the calendar, carrying on into the next month or year when needed

   $\text{Dec 16, 2026}\text{−}\text{43 days}\text{→}\text{Nov 3, 2026}$

3. Read off the resulting date and its day of the week

   $\text{Tuesday, Nov 3, 2026}$

4. Of those days, count the weekdays (Monday to Friday), which helps with work deadlines. Holidays aren't removed

   $43\text{\hspace{0.17em}days}$$=31\text{\hspace{0.17em}weekdays}+12\text{\hspace{0.17em}weekend days}$

8. Resulting date: Tuesday, May 16, 2023

1. Convert years to months so the calendar part is one number

   $3\times 12+0$$=36\text{\hspace{0.17em}months}$

2. Subtract the months first. Months have different lengths, so the calendar keeps the same day of the month instead of counting days

   $\text{Jun 28, 2026}\text{−}\text{36 months}\text{→}\text{Jun 28, 2023}$

3. Turn weeks into days (one week is exactly 7 days)

   $3\times 7+22$$=43\text{\hspace{0.17em}days}$

4. Subtract the days one by one on the calendar, carrying on into the next month or year when needed

   $\text{Jun 28, 2023}\text{−}\text{43 days}\text{→}\text{May 16, 2023}$

5. Read off the resulting date and its day of the week

   $\text{Tuesday, May 16, 2023}$

6. Of those days, count the weekdays (Monday to Friday), which helps with work deadlines. Holidays aren't removed

   $\mathrm{1,139}\text{\hspace{0.17em}days}$$=814\text{\hspace{0.17em}weekdays}+325\text{\hspace{0.17em}weekend days}$

9. Resulting date: Thursday, Jul 9, 2026

1. Turn weeks into days (one week is exactly 7 days)

   $3\times 7+28$$=49\text{\hspace{0.17em}days}$

2. Add the days one by one on the calendar, carrying on into the next month or year when needed

   $\text{May 21, 2026}\text{+}\text{49 days}\text{→}\text{Jul 9, 2026}$

3. Read off the resulting date and its day of the week

   $\text{Thursday, Jul 9, 2026}$

4. Of those days, count the weekdays (Monday to Friday), which helps with work deadlines. Holidays aren't removed

   $49\text{\hspace{0.17em}days}$$=35\text{\hspace{0.17em}weekdays}+14\text{\hspace{0.17em}weekend days}$

10. Resulting date: Thursday, Jul 13, 2023

1. Convert years to months so the calendar part is one number

   $2\times 12+0$$=24\text{\hspace{0.17em}months}$

2. Subtract the months first. Months have different lengths, so the calendar keeps the same day of the month instead of counting days

   $\text{Jul 31, 2025}\text{−}\text{24 months}\text{→}\text{Jul 31, 2023}$

3. Subtract the days one by one on the calendar, carrying on into the next month or year when needed

   $\text{Jul 31, 2023}\text{−}\text{18 days}\text{→}\text{Jul 13, 2023}$

4. Read off the resulting date and its day of the week

   $\text{Thursday, Jul 13, 2023}$

5. Of those days, count the weekdays (Monday to Friday), which helps with work deadlines. Holidays aren't removed

   $749\text{\hspace{0.17em}days}$$=535\text{\hspace{0.17em}weekdays}+214\text{\hspace{0.17em}weekend days}$