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Time Sequence

Introduction

This is a chapter upon time calculation. By this, it does not mean that we have to calculate hours and minutes; rather we have to go back some weeks or may be some months and years back to estimate the exact day of some particular event.

This may sound weird at first but once you will go through fundamentals and some examples, you will find this chapter to be very easy. So before going to examples, let’s know some fundamental details those are necessary beforehand.

60 seconds = 1 minute

60 minutes = 1 hour

24 hours = 1 day

7 days = 1 week

4 weeks = 1 month

30 days = 1 month

12 months = 1 year

365 days = 1 ordinary year

366 days = 1 leap year

100 years = 1 century

We have already heard about these but it’s time to recollect them. You must also recollect following things and should keep in mind;

  • To revolve complete around its axis, earth takes 1 day.

  • Total time that the earth takes to make a complete revolution around the sun is known as Solar Month and is equals to 365 days 5 hours 48 minutes and 47 1/2 Seconds.

  • Similarly total time taken by moon to revolve around earth completely is known as Lunar Month and it is nearly equal to 28 days.

  • Each day is supposed to begin at midnight.

Below are some common terminologies −

Time Sequence - Introduction and Examples (with Solutions), Logical Reasoning | Logical Reasoning for CLAT

The table below describes the common thing that all of us know but it is important in this content to be discussed

Time Sequence - Introduction and Examples (with Solutions), Logical Reasoning | Logical Reasoning for CLAT


Leap Year − Those years which are completely divisible by 4 are known as leap years and they contain normally 366 days. Thus years like 2000, 2016, and 1996 are leap years whereas 1997, 2001, 2003 are not.


Some other important notes that you should know −

  • Before 1 AD there was no 0 AD instead there was 1 BC. Therefore total number of years between a given AD and BC is the addition of two years followed by subtraction with 1.

  • Weekdays refer to any day in a week except Sunday.


Samples

1 - Today is Friday, what will be the day after 91 days?

Options −

A - Sunday

B - Tuesday

C - Friday

D - Wednesday

Answer − Option C

Explanation − Every day of the week is repeated after 7 days. Hence, it will be Friday after 91 days. Because 13 × 7 = 91.


2 - Today is Saturday, what will be the day after 59 days?

Options −

A - Monday

B - Tuesday

C - Sunday

D - Wednesday

Answer − Option B

Explanation − Each day comes after seven days so 7 × 8 = 56. On 56thday it will be Saturday. Hence on 59th day it will be Tuesday.


3 - How many days are there in between the dates 1st March and 12stMarch?

Options −

A - 13

B - 10

C - 9

D - 14

Answer − Option B

Explanation − In between means both the given dates are not inclusive. Between them is 10 days. So, total 10 days are there.

The document Time Sequence - Introduction and Examples (with Solutions), Logical Reasoning | Logical Reasoning for CLAT is a part of the CLAT Course Logical Reasoning for CLAT.
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FAQs on Time Sequence - Introduction and Examples (with Solutions), Logical Reasoning - Logical Reasoning for CLAT

1. What is the concept of time sequence in logical reasoning?
Ans. Time sequence in logical reasoning refers to the arrangement of events or items in a specific chronological order. It involves identifying the correct order of events based on the given information or clues.
2. How can time sequence be useful in logical reasoning exams?
Ans. Time sequence is an important concept in logical reasoning exams as it tests one's ability to analyze and organize information in a sequential manner. It helps in assessing logical thinking, problem-solving skills, and the ability to identify patterns and relationships between events.
3. Can you provide an example of a time sequence question in logical reasoning?
Ans. Sure! Here's an example: Arrange the following events in the correct sequence based on the given clues: 1. John completed his project. 2. Sarah started working on her assignment. 3. Mark received the delivery. Clues: John completed his project before Sarah started working on her assignment. Mark received the delivery after John completed his project.
4. How can I improve my skills in solving time sequence questions in logical reasoning?
Ans. To improve your skills in solving time sequence questions, practice is key. Try solving various types of time sequence puzzles and questions regularly. Additionally, focus on understanding the given clues or information, and try to identify any patterns or relationships between events. Developing a logical and systematic approach to solving such questions can also be helpful.
5. Are there any strategies or techniques to solve time sequence questions efficiently?
Ans. Yes, there are a few strategies that can help in solving time sequence questions efficiently. One approach is to create a visual representation, such as a timeline or a flowchart, to organize the given information and visually identify the correct sequence. Another strategy is to analyze the given clues carefully and look for any keywords or indicators that suggest the order of events. Additionally, eliminating options that violate the given clues can narrow down the possible sequences and make the solving process more manageable.
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