Days based Puzzle for RRB PO & RRB CLERK : Quiz 4

Sol.

Step 1: Using the given conditions, P attend the dancing class on the last day of the week but not with M so from these it is clear that M does not attend the dance class on Saturday. There are four students who attend the dancing class between M and A. A attends dancing class one of the day after B, but not the day immediate after and B does not attend the class in the morning. E attend the dancing class immediately after A. E does not attend the dancing class in the evening. So, from these conditions there will be three possible cases,

Note : B position is fixed only in case I, but in other cases we can’t fix the position of B. P is also not fixed in the three conditions except case III.

Case I

Case II

Case III

Step 2: There are three student who attend their class between C and E. D attend his class immediately before C.

Case 1

Case II

Case III

Step 3: Now, Student R and F attend the dance classes on the same day. F attends his dance class immediately after B(B attend his class in the evening). So, case II will be eliminated. Now, there are three students who attend their classes between R and Q.

Case 1

Case III

Step 4: Continuing with rest of the statement, N and O attend the dance class on the same time but on the different days of the week. N does not attend his dance class on Monday. O attend his dance class one of the day after Wednesday.  So, case III will be eliminated and hence we get our final arrangement.

Case 1

Sol.

Step 1: Using the given conditions, P attend the dancing class on the last day of the week but not with M so from these it is clear that M does not attend the dance class on Saturday. There are four students who attend the dancing class between M and A. A attends dancing class one of the day after B, but not the day immediate after and B does not attend the class in the morning. E attend the dancing class immediately after A. E does not attend the dancing class in the evening. So, from these conditions there will be three possible cases,

Note : B position is fixed only in case I, but in other cases we can’t fix the position of B. P is also not fixed in the three conditions except case III.

Case I

Case II

Case III

Step 2: There are three student who attend their class between C and E. D attend his class immediately before C.

Case 1

Case II

Case III

Step 3: Now, Student R and F attend the dance classes on the same day. F attends his dance class immediately after B(B attend his class in the evening). So, case II will be eliminated. Now, there are three students who attend their classes between R and Q.

Case 1

Case III

Step 4: Continuing with rest of the statement, N and O attend the dance class on the same time but on the different days of the week. N does not attend his dance class on Monday. O attend his dance class one of the day after Wednesday.  So, case III will be eliminated and hence we get our final arrangement.

Case 1

Sol.

Step 1: Using the given conditions, P attend the dancing class on the last day of the week but not with M so from these it is clear that M does not attend the dance class on Saturday. There are four students who attend the dancing class between M and A. A attends dancing class one of the day after B, but not the day immediate after and B does not attend the class in the morning. E attend the dancing class immediately after A. E does not attend the dancing class in the evening. So, from these conditions there will be three possible cases,

Note : B position is fixed only in case I, but in other cases we can’t fix the position of B. P is also not fixed in the three conditions except case III.

Case I

Case II

Case III

Step 2: There are three student who attend their class between C and E. D attend his class immediately before C.

Case 1

Case II

Case III

Step 3: Now, Student R and F attend the dance classes on the same day. F attends his dance class immediately after B(B attend his class in the evening). So, case II will be eliminated. Now, there are three students who attend their classes between R and Q.

Case 1

Case III

Step 4: Continuing with rest of the statement, N and O attend the dance class on the same time but on the different days of the week. N does not attend his dance class on Monday. O attend his dance class one of the day after Wednesday.  So, case III will be eliminated and hence we get our final arrangement.

Case 1

Sol.

Step 1: Using the given conditions, P attend the dancing class on the last day of the week but not with M so from these it is clear that M does not attend the dance class on Saturday. There are four students who attend the dancing class between M and A. A attends dancing class one of the day after B, but not the day immediate after and B does not attend the class in the morning. E attend the dancing class immediately after A. E does not attend the dancing class in the evening. So, from these conditions there will be three possible cases,

Note : B position is fixed only in case I, but in other cases we can’t fix the position of B. P is also not fixed in the three conditions except case III.

Case I

Case II

Case III

Step 2: There are three student who attend their class between C and E. D attend his class immediately before C.

Case 1

Case II

Case III

Step 3: Now, Student R and F attend the dance classes on the same day. F attends his dance class immediately after B(B attend his class in the evening). So, case II will be eliminated. Now, there are three students who attend their classes between R and Q.

Case 1

Case III

Step 4: Continuing with rest of the statement, N and O attend the dance class on the same time but on the different days of the week. N does not attend his dance class on Monday. O attend his dance class one of the day after Wednesday.  So, case III will be eliminated and hence we get our final arrangement.

Case 1

Sol.

Step 1: Using the given conditions, P attend the dancing class on the last day of the week but not with M so from these it is clear that M does not attend the dance class on Saturday. There are four students who attend the dancing class between M and A. A attends dancing class one of the day after B, but not the day immediate after and B does not attend the class in the morning. E attend the dancing class immediately after A. E does not attend the dancing class in the evening. So, from these conditions there will be three possible cases,

Note : B position is fixed only in case I, but in other cases we can’t fix the position of B. P is also not fixed in the three conditions except case III.

Case I

Case II

Case III

Step 2: There are three student who attend their class between C and E. D attend his class immediately before C.

Case 1

Case II

Case III

Step 3: Now, Student R and F attend the dance classes on the same day. F attends his dance class immediately after B(B attend his class in the evening). So, case II will be eliminated. Now, there are three students who attend their classes between R and Q.

Case 1

Case III

Step 4: Continuing with rest of the statement, N and O attend the dance class on the same time but on the different days of the week. N does not attend his dance class on Monday. O attend his dance class one of the day after Wednesday.  So, case III will be eliminated and hence we get our final arrangement.

Case 1

Sol. A go to the temple on Tuesday and born in a month having 31 days. Only one person go to the temple between D and F. C visit the temple before F. The one who visit the temple on Wednesday born in a month having 31 days. The one who visit the temple on Friday born in a month having least number of days. Neither D nor F born in a month having 31 days. A born on a date which is perfect square but not less than 20.

Case-1:

Case-2:

Only two persons go to the temple between E and F. D was born on a date which is least prime number. E go to the temple after A but before D. Neither C nor D born in a month having least number of days. G born in a month immediately before B. B did not born in a month having 31 days. D born before F but D did not born in April and F did not born in November.

B born on an even numbered date which is more than 10 but less than 14. There is a gap of one month between the months in which E and C were born. E was born before C but after F. Three persons go to the temple between the one who was born in May and the one who was born on 28. The one was born on 19 go to the temple goes before the one who was born on 15 but after the one who was born on 9.

Sol. A go to the temple on Tuesday and born in a month having 31 days. Only one person go to the temple between D and F. C visit the temple before F. The one who visit the temple on Wednesday born in a month having 31 days. The one who visit the temple on Friday born in a month having least number of days. Neither D nor F born in a month having 31 days. A born on a date which is perfect square but not less than 20.

Case-1:

Case-2:

Only two persons go to the temple between E and F. D was born on a date which is least prime number. E go to the temple after A but before D. Neither C nor D born in a month having least number of days. G born in a month immediately before B. B did not born in a month having 31 days. D born before F but D did not born in April and F did not born in November.

B born on an even numbered date which is more than 10 but less than 14. There is a gap of one month between the months in which E and C were born. E was born before C but after F. Three persons go to the temple between the one who was born in May and the one who was born on 28. The one was born on 19 go to the temple goes before the one who was born on 15 but after the one who was born on 9.

Sol. A go to the temple on Tuesday and born in a month having 31 days. Only one person go to the temple between D and F. C visit the temple before F. The one who visit the temple on Wednesday born in a month having 31 days. The one who visit the temple on Friday born in a month having least number of days. Neither D nor F born in a month having 31 days. A born on a date which is perfect square but not less than 20.

Case-1:

Case-2:

Only two persons go to the temple between E and F. D was born on a date which is least prime number. E go to the temple after A but before D. Neither C nor D born in a month having least number of days. G born in a month immediately before B. B did not born in a month having 31 days. D born before F but D did not born in April and F did not born in November.

B born on an even numbered date which is more than 10 but less than 14. There is a gap of one month between the months in which E and C were born. E was born before C but after F. Three persons go to the temple between the one who was born in May and the one who was born on 28. The one was born on 19 go to the temple goes before the one who was born on 15 but after the one who was born on 9.

Sol. A go to the temple on Tuesday and born in a month having 31 days. Only one person go to the temple between D and F. C visit the temple before F. The one who visit the temple on Wednesday born in a month having 31 days. The one who visit the temple on Friday born in a month having least number of days. Neither D nor F born in a month having 31 days. A born on a date which is perfect square but not less than 20.

Case-1:

Case-2:

Only two persons go to the temple between E and F. D was born on a date which is least prime number. E go to the temple after A but before D. Neither C nor D born in a month having least number of days. G born in a month immediately before B. B did not born in a month having 31 days. D born before F but D did not born in April and F did not born in November.

B born on an even numbered date which is more than 10 but less than 14. There is a gap of one month between the months in which E and C were born. E was born before C but after F. Three persons go to the temple between the one who was born in May and the one who was born on 28. The one was born on 19 go to the temple goes before the one who was born on 15 but after the one who was born on 9.

Sol. A go to the temple on Tuesday and born in a month having 31 days. Only one person go to the temple between D and F. C visit the temple before F. The one who visit the temple on Wednesday born in a month having 31 days. The one who visit the temple on Friday born in a month having least number of days. Neither D nor F born in a month having 31 days. A born on a date which is perfect square but not less than 20.

Case-1:

Case-2:

Only two persons go to the temple between E and F. D was born on a date which is least prime number. E go to the temple after A but before D. Neither C nor D born in a month having least number of days. G born in a month immediately before B. B did not born in a month having 31 days. D born before F but D did not born in April and F did not born in November.

B born on an even numbered date which is more than 10 but less than 14. There is a gap of one month between the months in which E and C were born. E was born before C but after F. Three persons go to the temple between the one who was born in May and the one who was born on 28. The one was born on 19 go to the temple goes before the one who was born on 15 but after the one who was born on 9.