Read How to Memorize Anything Online
Authors: Aditi Singhal,Sudhir Singhal
Tags: #Self-Help, #Meditations
Day(s) before the exam
Day of the exam
These study skills will help you in the optimum utilization of your time, thereby yielding great results. If you keep following these skills, efficient time management will become a way of your life, which will be beneficial for you not only as a student but in the future as well.
PART D
TRICKS TO AMAZE YOUR FRIENDS
23
MEMORIZING 500-YEARS CALENDAR
C
alendar plays an important role in our day-to-day life. Every now and then, we refer to a calendar, be it for planning an event or a program, fixing an appointment, going for a vacation, planning an exam schedule etc.
How would you feel if you could have the calendar for the next 500 years at your fingertips?
In my seminars, I ask a person from the audience about their birth
date
, and from that I’m instantly able to tell them the correct
day of the week
on which they were born and they just look at me unbelievably.
With the knowledge of
phonetic codes, shape peg codes,
and some
basic calculation
, you can also know the answer and surprise your friends and relatives by telling the day of the week they were born in less than 5 seconds.
Memorizing a calendar is very useful for competitive exams as well
, where questions related to dates and ages are asked.
It will allow you to amaze and impress your family and friends with seemingly impossible mental feats. It’s actually quite easy to do with a little practice.
MEMORIZING 500 YEAR CALENDAR
If we observe any date, there are 4 main things:
We give each of these some particular codes. The sum of all these codes helps in determining the day of the week on which any given date falls.
Let’s understand the process and memorize the codes:
CODES FOR DATE
Divide
the date
by 7.
Write the
remainder
as the code of the date.
Let’s say the
date is 23
,
then 23 ÷ 7 gives 2 as the remainder
So, the code for the date (23) is
2
.
If the
date is 6
, then 6 ÷ 7 gives 6 as remainder
So, code for date (6) is
6
.
If the date is less than 7, then we can directly take the date as the remainder, as in the above case where the date is 6.
CODES FOR MONTHS
MONTH | CODE |
---|---|
January | 1 |
February | 4 |
March | 4 |
April | 0 |
May | 2 |
June | 5 |
July | 0 |
August | 3 |
September | 6 |
October | 1 |
November | 4 |
December | 6 |
Table: 1
The month codes seem difficult to memorize as they don’t follow any clear logic as seen in the table above. Now, here is an easy way to memorize these codes using some association as given in the chart below for your reference:
MONTH | CODE | ASSOCIATION |
---|---|---|
January | 1 | January is the 1 st month of a year |
February | 4 | Leap year comes in February every 4 th year |
March | 4 | March is immediately after February, so share the same code as February, i.e. 4 |
April | 0 | On April Fool’s day we become 0 (fool) from hero |
May | 2 | May reminds me of 2 options may be or may not be, so code is 2 |
June | 5 | Taking out Joo (lice) with the help of a hook ( 5 ) |
July | 0 | July can be pronounced as ZOOly and big zeroes indicate the code 0 |
August | 3 | 15 th August (Independence Day) reminds us of National tri-coloured Flag, so code is 3 |
September | 6 | September starts with ‘S’ and Six also starts with ‘S’, so code is 6 |
October | 1 | October starts with ‘O’ and One also starts with ‘O’, so code is 1 |
November | 4 | ‘N’ of November looks like Roman Numeral 4 (IV) |
December | 6 | December sounds like Dice, which has 6 sides, so code is 6 |
Table: 2
CODES FOR CENTURIES
CENTURY | CODE |
---|---|
1600’s | 6 |
1700’s | 4 |
1800’s | 2 |
1900’s | 0 |
2000’s | 6 |
2100’s | 4 |
Table: 3
Observe that the pattern
6–4–2–0
goes on repeating in sequence again.
Code for current century 2000 =
6 or–1
(Instead of adding 6 you can subtract 1 to simplify the calculation. It will give the same result.)
CODES FOR YEARS
Table: 4
Example 1:
Now, let’s take the date
23
rd
May, 1992
Date =
23
÷
7
gives
Remainder
=
2
Month = May =
2
(ref.
table 1
)
1992 = 0 + 3 =
3
(ref.
table 3
and
4
)
Date | Month | Century | Year |
2 | 2 | 0 | 3 |
Adding all the codes together, we get:
2 + 2 + 0 + 3 =
7
This final sum
7
will tell the day of the week. Each day has its own code as shown in the table below:
CODES FOR DAYS
DAY | CODE |
---|---|
Sunday | 1 |
Monday | 2 |
Tuesday | 3 |
Wednesday | 4 |
Thursday | 5 |
Friday | 6 |
Saturday | 7 or 0 |
Table: 5
Since 7 corresponds to Saturday, so the day on 23
rd
May, 1992 was
Saturday
.
MEMORIZING CODES OF THE YEAR
Memorizing specific codes for 100 years in a century is very confusing. You can memorize them if we can convert both the years and their respective codes into images and then make some association between the two. The years from 01 to 99 can be given images using the phonetic peg system.
As the codes for the years range from 0 to 6 only, these codes can be converted into images with the use of the shape method as shown below:
Codes | Shape pegs |
---|---|
0 | Egg |
1 | Candle |
2 | Duck |
3 | Heart |
4 | Chair |
5 | Hook |
6 | Hockey Stick |
Let’s say the code for
92
is
3
.
Phonetic Peg
for year 92—BuN
Shape peg
for code 3—Heart
Association:
Visualize heart-shaped buns.
Similarly, the code for
year 15
is
4
.
Phonetic Peg
for year 15—Doll
Shape peg
for code 4—Chair
Association—
Visualize a Doll is dancing on a Chair.
In the same way, you can make association between all the 100 years and their respective codes.
Some more examples:
Find days of the week on which of the following dates fall:
Example 2:
28
th
March, 1980
Date = 28 ÷ 7 gives Remainder = 0
Month = March = 4
(ref.
table 1
)
1980 = 0 + 2 = 2
(ref.
table 3
and
4
)
Adding all, we get 0 + 4 + 2 = 6.
6 is the code corresponding to Friday.
So, 28
th
March, 1980 was a
Friday
.
Example 3:
5
th
April, 2010
Date = 5 ÷ 7 gives Remainder = 5
Month = April = 0
Year = 2010 = 6 + 5 = 11
Total = 5 + 0 + 11 = 16,
Again 16 ÷ 7 gives the remainder = 2