- Sequential Output Tracing (Input Output)
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Q19. Which one of the following statements is true?

a. Only one seminar is scheduled in the second slot.

b. Three seminars are scheduled in the last slot.

c. Three seminars are scheduled in the first slot.

d. Two seminars are scheduled in the first slot.

19. D.

Let’s try to form and then solve the grid first. A basic grid may look like this:

Try to apply the constraints as is easiest to apply, not in the same order as given in the question. For now, if we apply the straightforward parts of points 2, 3, 5 and 6 we get the following grid (also keeping in mind that since A is the only one scheduled at 10 and that Eco students have seminars in all 4 slots, this means A has to be Eco):

For now, all we have done is plug in the info directly from the question. Now to try and make some conclusions:

It is mentioned that the guides are from the same subject as well. So P Must be in Sociology as well, meaning C is also from Sociology. So now we have all 3 people from Sociology

A and G have in consecutive slots. So A could either have it in the 930AM slot or in the 1030AM slot since A has it at 10

P who is guiding B and C has to attend in the 1st 2 slots, i.e., 9AM and 930AM

Also mentioned that B and G have it in the same slot.

This means that G must have the seminar in the 930 slot as only then the conditions above will be satisfied (keep in mind that A and G have in consecutive slots)

P also has a slot at 9AM which means it must be C who has it

We know there are 4 Eco students, so the remaining must be Eco

One Eco student has the review at 9:30 (guided by T). Meaning 9:30AM already has 3 students so far

9AM at least has one more eco students with the seminar

If 930AM has 3, 10 has only 1, 9 has at least 2

From the remaining Eco students, one has at 9 for sure, one has at 930, so there can only be one more who has it at 1030

We have the complete table as per the info provided, let’s try to solve from here

A: Only one seminar is scheduled in the second slot.

FALSE, check table

B: Three seminars are scheduled in the last slot.

FALSE, check table

C: Three seminars are scheduled in the first slot.

FALSE, check table

D: Two seminars are scheduled in the first slot.

TRUE

Q20. Who all are NOT guiding any Economics students?

a. P, R and S

b. P, Q and R

c. P, Q and S

d. Q, R and S

20. C.

Let’s try to form and then solve the grid first. A basic grid may look like this:

Try to apply the constraints as is easiest to apply, not in the same order as given in the question. For now, if we apply the straightforward parts of points 2, 3, 5 and 6 we get the following grid (also keeping in mind that since A is the only one scheduled at 10 and that Eco students have seminars in all 4 slots, this means A has to be Eco):

For now, all we have done is plug in the info directly from the question. Now to try and make some conclusions:

It is mentioned that the guides are from the same subject as well. So P Must be in Sociology as well, meaning C is also from Sociology. So now we have all 3 people from Sociology

A and G have in consecutive slots. So A could either have it in the 930AM slot or in the 1030AM slot since A has it at 10

P who is guiding B and C has to attend in the 1st 2 slots, i.e., 9AM and 930AM

Also mentioned that B and G have it in the same slot.

This means that G must have the seminar in the 930 slot as only then the conditions above will be satisfied (keep in mind that A and G have in consecutive slots)

P also has a slot at 9AM which means it must be C who has it

We know there are 4 Eco students, so the remaining must be Eco

One Eco student has the review at 9:30 (guided by T). Meaning 9:30AM already has 3 students so far

9AM at least has one more eco students with the seminar

If 930AM has 3, 10 has only 1, 9 has at least 2

From the remaining Eco students, one has at 9 for sure, one has at 930, so there can only be one more who has it at 1030

We have the complete table as per the info provided, let’s try to solve from here

Eliminate any option where R is present

Q21. Which of the following statements is necessarily true?

a. Q is guiding G.

b. H is an Economics student.

c. B is scheduled in the first slot.

d. S is guiding F.

21. B.

Let’s try to form and then solve the grid first. A basic grid may look like this:

Try to apply the constraints as is easiest to apply, not in the same order as given in the question. For now, if we apply the straightforward parts of points 2, 3, 5 and 6 we get the following grid (also keeping in mind that since A is the only one scheduled at 10 and that Eco students have seminars in all 4 slots, this means A has to be Eco):

For now, all we have done is plug in the info directly from the question. Now to try and make some conclusions:

It is mentioned that the guides are from the same subject as well. So P Must be in Sociology as well, meaning C is also from Sociology. So now we have all 3 people from Sociology

A and G have in consecutive slots. So A could either have it in the 930AM slot or in the 1030AM slot since A has it at 10

P who is guiding B and C has to attend in the 1st 2 slots, i.e., 9AM and 930AM

Also mentioned that B and G have it in the same slot.

This means that G must have the seminar in the 930 slot as only then the conditions above will be satisfied (keep in mind that A and G have in consecutive slots)

P also has a slot at 9AM which means it must be C who has it

We know there are 4 Eco students, so the remaining must be Eco

One Eco student has the review at 9:30 (guided by T). Meaning 9:30AM already has 3 students so far

9AM at least has one more eco students with the seminar

If 930AM has 3, 10 has only 1, 9 has at least 2

From the remaining Eco students, one has at 9 for sure, one has at 930, so there can only be one more who has it at 1030

We have the complete table as per the info provided, let’s try to solve from here

A: Q is guiding G.

Need not be true, could be S also

B: H is an Economics student.

Has to be True

C: B is scheduled in the first slot.

Incorrect

D: S is guiding F.

Need not be true, could be anyone

Q22. If D is scheduled in a slot later than Q’s, then which of the following two statement(s) is(are) true?

i. E and H are guided by T.

ii. G is guided by Q.

a. Neither (i) nor (ii)

b. Both (i) and (ii)

c. Only (ii)

d. Only (i)

22. B.

Let’s try to form and then solve the grid first. A basic grid may look like this:

P who is guiding B and C has to attend in the 1st 2 slots, i.e., 9AM and 930AM

Also mentioned that B and G have it in the same slot.

P also has a slot at 9AM which means it must be C who has it

We know there are 4 Eco students, so the remaining must be Eco

One Eco student has the review at 9:30 (guided by T). Meaning 9:30AM already has 3 students so far

9AM at least has one more eco students with the seminar

If 930AM has 3, 10 has only 1, 9 has at least 2

We have the complete table as per the info provided, let’s try to solve from here

D can either have it at 930 or 1030

Case 1: D has it at 930

This does not give us a correct result as it will violate the constraints

Case 2: D has it at 1030

The key constraint to remember in this question is: The same guide must have slots as consecutive

Clearly both the statements as per the above table are true

Q23. If E and Q are both scheduled in the same slot, then which of the following statements BEST describes the relationship between D, H, and T?

a. At least one of D and H is guided by T.

b. Both D and H are guided by T.

c. Neither D nor H is guided by T.

d. Exactly one of D and H is guided by T.

23. A.

Let’s try to form and then solve the grid first. A basic grid may look like this:

P who is guiding B and C has to attend in the 1st 2 slots, i.e., 9AM and 930AM

Also mentioned that B and G have it in the same slot.

P also has a slot at 9AM which means it must be C who has it

We know there are 4 Eco students, so the remaining must be Eco

One Eco student has the review at 9:30 (guided by T). Meaning 9:30AM already has 3 students so far

9AM at least has one more eco students with the seminar

If 930AM has 3, 10 has only 1, 9 has at least 2

We have the complete table as per the info provided, let’s try to solve from here

E and Q in same slot can either mean Q guides the Sociology student with the 930 slot OR the Anthro student with the 1030 slot

Case 1: Q guides the Sociology student with the 930 slot

Case 2: Q guides the Anthro student with the 1030 slot

Violates constraints

From Case 1, which is the correct case, clearly T guides at least one of D and H

Q24. If D is scheduled in the slot immediately before Q’s, then which of the following is NOT necessarily true?

a. G is guided by Q.

b. D is guided by T.

c. F is guided by S.

d. E is guided by R.

24. D.

Let’s try to form and then solve the grid first. A basic grid may look like this:

P who is guiding B and C has to attend in the 1st 2 slots, i.e., 9AM and 930AM

Also mentioned that B and G have it in the same slot.

P also has a slot at 9AM which means it must be C who has it

We know there are 4 Eco students, so the remaining must be Eco

One Eco student has the review at 9:30 (guided by T). Meaning 9:30AM already has 3 students so far

9AM at least has one more eco students with the seminar

If 930AM has 3, 10 has only 1, 9 has at least 2

We have the complete table as per the info provided, let’s try to solve from here

If D is scheduled in the slot immediately before Q’s, then which of the following is NOT necessarily true?

D immediately before Q’s means that D has to be in the 9AM slot (naturally cannot be 930 as there is only 1 seminar at 10AM, cannot be 10AM for the same reason)

A: G is guided by Q.

Yes

B: D is guided by T.

Yes

C: F is guided by S.

Yes

D: E is guided by R.

Not necessary

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