Showing posts with label Reasoning. Show all posts
Showing posts with label Reasoning. Show all posts

Sunday, June 10, 2018

Calender Chapter Notes


Hello friends , If you will see recent years papers of Reasoning Section than you will find that the Reasoning section is so easy if you did a little practice for the question's Most of  the chapters are not needed any kind of notes But there are few chapters which can be little difficult for you if you didn't learn tham like- calender, clock etc...So Today we are uploading a PDF which is connected with calender...After reading these simple hand written Pdf i hope you will be able to solve all kind of problem related with "Calender".






You May Also Like:-
*ENGLISH SHORT NOTES TOPICWISE- click here
*101 Maths short tricks(topicwise)- click here 
*SYNONYMS AND ANTONYMS FOR SSC AND BANKS- click here 
*1000 Important idioms and phrases- click here 
*600 Important One Word Substitution- click here 
*English All chapter's hand written notes- click here 
*1100 Most important question's of gk( in 11 PDF)- click here 
*1000+ One line current affair in hindi-2018- click here 



To download PDF please click on the link given below-


https://drive.google.com/file/d/139UIyGB3xVo2rbLag2i-09qPMjZuJtcT/view








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Friday, May 25, 2018

REASONING E-BOOK : ARUN SHARMA

  REASONING E-BOOK : ARUN SHARMA





Hi Guys, Today we have a vital book for Competitive Exams like CAT, MBA Entrance Exams, Aptitude Tests and Other Competitive Exams. Its name is Logical Reasoning and it is composed by Arun Sharma. This book is composed in the English dialect. You can download it by Given connection beneath.

 DOWNLOAD REASONING E-BOOK BY ARUN SHARMA

https://drive.google.com/file/d/0B4xFnW1qvXXgdkxacDFlZjNkQ3c/view
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Sunday, May 22, 2016

[Banking] Machine Input-Output

Machine Input-Output

Machine input-output is a very important topic for banking exams. I will tell you a short-cut that would help you in solving such questions in a single line, instead of writing all the steps.

Q. 1)

Input: mix  12   in   form   35  are  20   with  47  given
Step I: 47   mix  12   in  form   35   20  with   given   are
Step II: 47   35  mix  12   in   20   with  given   are  form
Step III: 47   35   20  mix  12   in  with   are   form  given
Step IV: 47  35  20  12  mix  with  are  form  given  in
Step V: 47  35  20  12  with  are  form  given  in  mix
Step VI: 47  35  20  12  are  form  given  in  mix  with

As per the rules given above, solve the below input

Input: when  11  given  fine  37  provide  zero  90  over  45  is  29  team  89

Solution: 
First try to find the pattern.
In the given question, each step moves the biggest number to the left and the smallest word to the right. So ultimately are the numbers are sorted in the descending order on the left and all the words are sorted in the ascending order on the right.

Once you have deciphered the pattern, write down the input

Input: when  11  given  fine  37  provide  zero  90  over  45  is  29  team  89

Now in the 1st step the biggest number, i.e., "90" will move to the left, while the smallest number, i.e., "fine" will move to the right. Hence strike-through the words "fine" and "90" and write "1R" and "1L" above them, respectively. Like this:

1R means in the 1st step, "fine" will move to the extreme right and 1L means in the first step, "90" will move to the extreme left.
Now, "89" is the next biggest number and "given" is the next smallest word. Hence, strike-through them and write "2L" and "2R" above them, respectively.


Similarly strike-through the rest of the words.
Your input will look something like this-


That's it, you can now solve all the questions, just by looking at the above figure.

Q. 1(a) Which number/word would come on the fourth position(from the left) in step II ?

From our figure we can see that in the 2nd step, the words having the code "1L" and "2L" will move  to the left and the words having the code "1R" and "2R" will move to the right. All the other words/numbers won't change their positions. Hence, step II will look like this: (I am writing the whole step just for the sake of explanation. You can easily imagine the step in your head)

Step II: 90  89  when  11  37  provide  zero  over  45  is  29  team  89  fine  given

So the fourth word from the left is "11"

Q. 1(b) How many step would be needed to complete the arrangement?

The farthest our code reached was 8R. Hence the total number of steps is 8.

Q. 1(c) In step IV, which word would be 8th from the left?

In step IV - 1R, 2R, 3R and 4R would be on the right, while 1L, 2L, 3L and 4L would be on the left. Rest of the words/numbers would remain unchanged.

Step IV: 90  89  45  37  when  11  provide  zero  29  team  fine  given  is  over

So the 8th word from the left is "zero".

Short-cut: You have to count from the left. so just look at the image and imagine 1L, 2L, 3L and 4L on the left and count the leftover words (ignoring 1R, 2R, 3R and 4R because they would be on the extreme right).
5th word = when
6th word = eleven
7th word = provide
8th word = zero

Q. 1(d) Which step number would be the following output?

90  89  45  when  11  37  provide  zero  over  29  team  fine  given  is

You can see that three numbers have been arranged on the left and three numbers have been arranged on the right. So it is the 3rd step.

Let us take another question

Q. 2) Input: gone name 43 39 18 for again 66

Step 1 : 66 gone name 43 39 18 for again
Step 2 : 66 again gone name 43 39 18 for
Step 3 : 66 again 43 gone name 39 18 for
Step 4 : 66 again 43 for gone name 39 18
Step 5 : 66 again 43 for 39 gone name 18
Step 6 : 66 again 43 for 39 gone 18 name

Based on the above rule, sort the below input-
Input: their 19 27 dent are 91 hour zero 31 16 chairs

The pattern is simple: Numbers and words are arranged alternatively, with numbers following descending order and words following ascending order.

After sorting, the input will look like this:


Note few things:
  1. I have only written 1L, 2L, etc. and no "R" because the words/numbers are only moving to the left. 1L means in the first step the word coded "1L" will move to the left and "2L" means in the second step, the word coded "2L" will move to the second position from the left.
  2. I have not numbered "their" and "zero" because after striking-through 16 (i.e. 9L), you will notice that the words "their" and "zero" are already sorted in the ascending order. So no need to  write 10L over "their" and 11L over "zero". Had the situation been something like this-
          Then you would have written "10L" over "their" and 11L over "zero".


Q. 2(a) Which of the following will be step 4 ?

A.) 91 are 31 their 19 27 dent hour zero 16 chairs
B.) 91 their 19 27 dent are hour zero 31 16 chairs
C.) 91 are 31 chairs their 19 27 dent hour zero 16
D.) 91 are 31 chairs 27 dent 19 their hour zero 16


Look at the solution figure: 

In the fourth step- 1L, 2L, 3L and 4L will move to the left and rest of the words/numbers will remain as it is. So the fourth step will look like this:
91 are 31 chairs their 19 27 dent hour zero 16

Answer: (C)

Q. 2(b) How many steps would be needed to sort the input?

Answer: 9 (because the highest numbering is 9L)


Q. 2(c) Which of the following would be final arrangement ?

A) 91 are their 27 19 dent hour zero 31 16 chairs
B) 91 are 31 chairs 27 dent 19 hour 16 their zero
C) 91 are 31 chairs 27 19 dent hour 16 their zero
D) 91 are 31 chairs 27 dent 19 zero hour 16 their

It's easy. Sort the numbers and words alternatively with numbers following descending order and words following ascending order.
Answer: (B)


I think by now you must have understood this method. Solve some questions to get a hold of it.
If you have any doubt in this article, please drop a comment.
Keep reading :)

Sunday, May 15, 2016

[Banking] Coded Inequality

Almost all of you are appearing for Banking exams along side SSC, so I decided to write few important articles on it. This post deals with "Coded-Inequality".

Q. (1) Statement: F < B = A = C > D
          Conclusion: (1) B = C              (2) F > C

You have to find whether the conclusions (1) and (2) are true or false.
How to solve such questions quickly? The answer is "Magic Square"


When you get the rough sheet in the examination hall, immediately draw this magic square. Although after solving more and more questions, soon you would be able to memorize it.
Rules of magic square:
  1. Always prefer smaller value:
  2. Simple and (`) do not have any relation
  3. "3" is universal

Now let's move to the question
Conclusion 1 (B = C)
The first conclusion is B = C. We know from the magic square that = evaluates to "2". Now, note the positions of B and C in the statement and solve all the signs between them.


Note: There is a typo in the above image. It should be F < B
We know that among two numbers, we choose the smaller one. Hence 2 and 3 evaluate to 2.
The statement as well as the conclusion evaluates to "2". This means that this conclusion is correct.

Conclusion 2 (F > C)
Second conclusion F > C. We know from the magic square that > evaluates to 1. Now, note the positions of F and C in the statement and solve all the signs between them.

You won't be able to solve the statement because the first two symbols do not have a relation between them. So no need to check the rest.
If at any point in the statement you encounter "no relation" between symbols, you can be sure that the conclusion is wrong.

Q. 2)  Statement: F < A = B = C = D
          Conclusion: (1) B > F              (2) A = C

Conclusion 1 (B > F)
Notice that in the statement, the direction is from F to B, but in the conclusion (B > F), the direction is from B to F. Hence to make the directions same, we will write the conclusion as F < B. So it evaluates to 1`.




The statement evaluates to 1` and the conclusion too evaluates to 1`. Hence the conclusion is right.

Conclusion 2 (A = C)
Here the direction is same. So simply, the conclusion evaluates to 2. Now evaluate the statement.
The statement as well as the conclusion evaluates to 2. Hence the conclusion is right.

In the similar manner you can solve all the questions of Coded Inequality quickly. But make sure the question is in the desired format. Notice the below question for instance,

Q.  Statements F % T, T @ J, J # W.
Conclusions 1) J @ F. 2) J # F

Note that:
P is neither smaller than nor equal to Q means P > Q
P is neither greater than nor smaller than Q means P = Q
P is neither greater than nor equal to Q means P < Q
P is not greater than Q means P = Q

First convert the statement in the desired format.
Statement: F = T = J > W
Conclusion: (1) J = F        (2) J > F
Now solve the question with magic square method.


If you have any doubt in this article, please drop a comment.
Keep reading :)