Every student is taking at least one course. There is a part-time student who is not taking any math course. Every part-time freshman is taking some upper-level course.

Computer Networking: A Top-Down Approach (7th Edition)
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ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
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Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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**Problem 7 (Predicates and Quantifiers)**

Suppose the variable \( x \) represents students and \( y \) represents courses, and:

- \( U(y) \): \( y \) is an upper-level course
- \( M(y) \): \( y \) is a math course
- \( F(x) \): \( x \) is a freshman
- \( A(x) \): \( x \) is a part-time student
- \( T(x,y) \): student \( x \) is taking course \( y \)

1. Every student is taking at least one course.

2. There is a part-time student who is not taking any math course.

3. Every part-time freshman is taking some upper-level course.
Transcribed Image Text:**Problem 7 (Predicates and Quantifiers)** Suppose the variable \( x \) represents students and \( y \) represents courses, and: - \( U(y) \): \( y \) is an upper-level course - \( M(y) \): \( y \) is a math course - \( F(x) \): \( x \) is a freshman - \( A(x) \): \( x \) is a part-time student - \( T(x,y) \): student \( x \) is taking course \( y \) 1. Every student is taking at least one course. 2. There is a part-time student who is not taking any math course. 3. Every part-time freshman is taking some upper-level course.
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