To solve the problem, we need to find the values of X (rupees) and Y (paise) such that the conditions given are satisfied. Let's analyze the situation step by step:
1. The person intended to withdraw X rupees and Y paise, which in total is equivalent to an amount: A = 100X + Y paise.
2. Due to an error, the cashier gave him Y rupees and X paise, which equals: B = 100Y + X paise.
3. After spending 20 paise, the money he has is: B - 20 paise.
4. According to the problem, this remaining amount is twice the original intended amount: B - 20 = 2A.
5. Substituting the expressions for A and B, we get: 100Y + X - 20 = 2(100X + Y).
6. Simplifying this equation, we have:
100Y + X - 20 = 200X + 2Y
98Y - 199X = 20.
7. The equation needs to be satisfied by any of the given options. Testing each option, we find:
8. For X = 26 and Y = 53, substituting into the equation gives:
98(53) - 199(26) = 20
5194 - 5174 = 20
20 = 20.
9. This matches the equation perfectly, confirming the correct values are: X = 26, Y = 53.

A, B, C, D, E, F and G are travelling in three different vehicles: Swift, Creta, and Nexon. There are at least two passengers in each vehicle. Among them, only two are male. There are two engineers, two doctors and three teachers.
(i) C is a lady doctor and she does not travel with A and F, who are sisters.
(ii) B, a male engineer, travels with only G, a teacher, in a Swift.
(iii) D is a male doctor.
(iv) Two persons belonging to the same profession do not travel in the same vehicle.
(v) A is not an engineer and travels in a Creta.
(vi) The pair of sisters A and F travels in the same vehicle.
What is the profession of F?