- Reasoning Test Preparation
- Reasoning - Home
- Reasoning - Overview
- Reasoning

- Selected Reading
- UPSC IAS Exams Notes
- Developer's Best Practices
- Questions and Answers
- Effective Resume Writing
- HR Interview Questions
- Computer Glossary
- Who is Who

Following quiz provides Multiple Choice Questions (MCQs) related to **Calendar**. You will have to read all the given answers and click over the correct answer. If you are not sure about the answer then you can check the answer using **Show Answer** button. You can use **Next Quiz** button to check new set of questions in the quiz.

Q 1 - Today is Tuesday, what will be the day after 26 days?

Every day of the week is repeated after 7 days. Hence, it will be Tuesday after 21 days because 3 × 7 = 21.After 5 days of Tuesday the day will be Sunday.

Q 2 - How many days are there in between 15^{th} March and 23^{rd} July including both the days?

Here both dates are included, so in march total 17 days, April has 30 days, May has 31 days, June has 30 days and July has 23 days. So total 131 days. Hence, option C is correct.

Q 3 - Today is Wednesday, what will be the day after 148 days?

Every day of the week is repeated after 7 days. Hence, it will be Wednesday after 147 days because 21 × 7 = 147. One day after it will be Thursday.

Q 4 - Find the day of the week on 19^{th} January 1966.

19^{th} Jan 1966 has 1965 years, 0 months and 19 days. Now 1600 years have no odd days and 300 years have 1 odd day. 65 years contain 16 leap years and 49 ordinary years so the number of days in 65 years can be calculated as follows:

(16 × 366 + 49 × 365) days

= 23741 days = 23741/7 = 3391 weeks and 4 odd days. It means 65 years have 4 odd days.

The remaining 0 months and 19 days = 2 weeks + 5 odd days so 5 + 4 + 1 = 10. The 10 odd days means one week and 3 odd days. That day is Wednesday. Hence option B is correct.

Q 5 - Find the day of the week on 19^{th} November 1967.

By calculating the number of odd days from years and months and days, we can say that 19^{th} November 1967 was on Sunday.

Q 6 - How many days are there in between 4^{th} July and 22^{nd} August including both the days?

Here both dates are included so 28 + 22 = 50 days. Hence, option C is correct.

By calculating the number of odd days from years, months and days, we can say that 7^{th} May 2000 was on Sunday.

Q 8 - Today is Sunday, what will be the day after 119 days?

Every day of the week is repeated after 7 days. Hence, it will be Sunday after 119 days because 17 × 7 = 119.

Q 9 - How many days are there in between the dates 1^{st} April and 21^{st} April?

Here both the given dates are not inclusive. So there are 19 days between the given dates.

Q 10 - Find the day of the week on 22^{nd} Dec 2024.

By calculating the number of odd days from years, months, and days, we can find that 22^{nd} December 2024 will fall on Sunday.

reasoning_calendar.htm

Advertisements