Each of P, Q, R, S, T, U, and V has an exam on a different day of the week, starting from Monday and ending on Sunday. Given the following conditions:

- Q has the exam on Saturday.
- Exactly two people have exams between S and Q.
- R's exam is scheduled before S's but after P's.
- U's exam is immediately after T's.

On which day does V have the exam?

Question

Each of P, Q, R, S, T, U, and V has an exam on a different day of the week, starting from Monday and ending on Sunday. Given the following conditions:

- Q has the exam on Saturday.
- Exactly two people have exams between S and Q.
- R's exam is scheduled before S's but after P's.
- U's exam is immediately after T's.

On which day does V have the exam?

Accepted Answer

**Solution:**

1. Assign numeric values to days of the week:
   - Monday = 1
   - Tuesday = 2
   - Wednesday = 3
   - Thursday = 4
   - Friday = 5
   - Saturday = 6
   - Sunday = 7

2. From the problem, Q's exam is on Saturday, so:
   - Q = 6

3. There are exactly two people between S and Q. Since Q is on day 6, possible positions for S are:
   - Day 3 (Wednesday), because days 4 and 5 lie between 3 and 6.

4. R's exam is before S's but after P's, so the order is P < R < S.
   - Since S is on day 3, P and R must be on days 1 and 2.
   - Assign P = 1 (Monday), R = 2 (Tuesday), S = 3 (Wednesday).

5. U's exam is immediately after T's, so they must be on consecutive days.
   - Remaining days are 4 (Thursday), 5 (Friday), and 7 (Sunday).
   - Consecutive days available are 4 and 5.
   - Assign T = 4 (Thursday), U = 5 (Friday).

6. The only day left unassigned is 7 (Sunday), which must be V's exam day.

**Answer:** Sunday

Answer

Answer

Answer