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Solving Exercise 1 on page 109 of Math 3 textbook
Problem statement:
This is the calendar for January, February, and March 2004:
Check the calendar and tell:
a) What day of the week is February 3rd?
What day of the week is March 8th?
The first day of March is on which day?
What day of the week is the last day of January?
b) What is the date of the first Monday in January?
What day of the week is the last Sunday of March?
How many Saturdays are there in February?
Which days are those?
c) How many days does February 2004 have?
a) February 3rd is which day of the week?
March 8th marks the beginning of the week.
The first day of March falls on March 1st. It's a Monday.
The last day of January is January 31st. It's a Saturday.
b) The first Monday of January is on January 5th.
The last Sunday of March falls on the 28th of March.
February has four Saturdays.
Those are the days 7, 14, 21, 28 of February.
c) February 2004 has 29 days.
Solve exercise 2 on page 109 of Math 3 textbook
Problem:
Refer to the calendar for the year 2005 and answer the following (page 107 of the textbook):
a) On what day of the week is International Children's Day, June 1st?
What day of the week is Independence Day on September 2nd?
On what day of the week is Vietnamese Teachers' Day, November 20th?
What day of the week is the last day of the year 2005?
On what day of the week is the final day of the year 2005?
Can you tell me the date of your birthday? What month is it? And what day of the week does it fall on?
b) What is the first Monday of the year 2005? What is the last Monday of the year 2005?
What are the Sundays in the month of October? Answer:
a) International Children's Day on June 1st is on a Wednesday.
Independence Day on September 2nd falls on a Friday.
Vietnamese Teachers' Day on November 20th is on a Sunday.
The last day of the year 2005 is December 31st, 2005. It's a Saturday.
b) The first Monday of the year 2005 is on December 26th, 2005.
The last Monday of the year 2005 is on December 26th, 2005.
The Sundays in October are on the following dates: 2, 9, 16, 23, 30 in October 2005.
Solve exercise 3 on page 109 of Math 3 textbook
Problem:
In a year:
a) Which months have 30 days?
b) Which months have 31 days? Answer:
a) April, June, September, and November have 30 days.
b) Months 1, 3, 5, 7, 8, 10, and 12 have 31 days.
Solve exercise 4 on page 109 of Math 3 textbook
Problem:
Circle the letter before the correct answer:
If August 30th is a Sunday, then what day of the week is September 2nd of the same year?
A. Monday B. Tuesday C. Wednesday D. Thursday
Answer:
Circle the letter C.
Furthermore, solving exercises on page 48 of the Math 3 textbook is a crucial lesson in the Math 3 curriculum that students should pay special attention to.
In addition to the content you've studied, you can prepare and explore the exercises on page 36 of the Math 3 textbook to master the concepts in the Math 3 curriculum.
Besides Solving exercises on page 109 of the Math 3 textbook, you can continue exploring the content of Solving exercises on page 111 of the Math 3 textbook or the section Solving exercises on page 112 of the Math 3 textbook to reinforce your math-solving skills.
