Date | Summary | Assignments and Handouts |
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2017/5/17, Wed. | Introduction to the course. Sec. 1.1 Variables. | |
2017/5/18, Thu. |
Sec. 2.1--compound statements, logical operators (not, and, or), truth table, logical equivalent, tautology and contradiction, properties of operators. Sec. 2.2--conditional statements, if-then operator. |
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2017/5/19, Fri. |
Sec. 2.2--converse, inverse, contrapositive, only if, biconditional (if and only if, iff), necessary and sufficient conditions. Sec. 2.3--argument forms, checking an argument form is valid or invalid, rules of inference |
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2017/5/22, Mon. |
Extra--examples for "if," "only if," and "if and only if"; example for "or v.s. exclusive or"; example for negation of mathematicaly inequalities.
Sec. 2.3 (continued)--contradiction rules, fallacies, converse error, inverse error.
Sec. 2.4--From truth tables to statement forms, digital logic circuits and gates, Boolean variables and expressions, DNF and CNF, NAND and NOR gates. |
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2017/5/23, Tue. |
Sec. 3.1--predicates, quantified statements, universal and existential quantifiers, truth and falsity of quantified statements. Sec. 3.2--negations of quantified statements, relation among the universal/existential quantifiers and the and/or logic operators, universal conditional statements. Sec. 3.3--multiple quantifiers, order of multiple quantifiers. |
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2017/5/24, Wed. |
Sec. 3.3 (continued)--negations of statements with multiple quantifiers, formal logical notation. Sec. 3.4--arguments with quantified statements. Extra--puzzles solved by truth table, reasoning by argument forms |
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2017/5/25, Thu. |
Extra (continued)--transforming "unless" and "No" (or "None"). Sec 4.1--introduction to proof, direct proofs: construct an example (prove "there exists"), counterexample (disprove "for all"), exhaustion (prove "for all"), generalizing from the generic particular (prove "for all"), disproving "there exists" equivalent to proving its negation which is a "for all," proof writing directions, common mistakes. Sec. 4.2--rational numbers. |
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2017/5/26, Fri. |
Sec. 4.2 (continued)--direct proofs: properties of rational numbers. Sec. 4.3--direct proofs: properties of divisibilities, the Unique Factorization of Integers Theorem. Sec. 4.4--direct proofs: division into cases and the Quotient-Remainder Theorem. |
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2017/5/29, Mon. | No classes held, holiday. | |
2017/5/30, Tue. |
Sec. 4.6--indirect proofs: proof by contradiction, proof by contraposition. Sec. 4.7--examples for proof by contradiction: the irrationality of sqrt(2), there are infinitely many prime numbers, the uniqueness part of the Quotient-Remainder Theorem. Sec. 5.1--sequence, explicit formulas, summation notation, product notation. |
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2017/5/31, Wed. |
Sec. 5.1 (continued)--telescope sum, factorial, n choose r notation. Sec. 5.2--mathematical induction. |
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2017/6/1, Thu. |
Sec. 5.2 (continued)--mathematical induction, examples on proof by induction. Sec. 5.4--strong mathematical induction. |
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2017/6/2, Fri. |
Sec. 5.4 (continued)--strong mathematical induction, more examples on proof by induction. Secs. 5.6 and 5.7--defining sequences recursively, solving recurrence relations (guess first and then prove by induction). |
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2017/6/5, Mon. |
Secs. 1.2,6.1--sets, union, intersection, difference, complement, empty set, partitions of sets, power sets, tuples, Cartesian products. Secs. 6.2--prove a subset relation, set identities (Thm. 6.2.2), prove set identities. |
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2017/6/6, Tue. |
Secs. 6.2 (continued)--prove that a set is empty; relations between set properties and logical equivalences (Table 6.4.1 from Sec. 6.4). Midterm Exam review. |
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2017/6/7, Wed. | Midterm Exam, 1:15 PM - 2:45 PM. The exam covers and only covers Chapters 2,3,4,5, i.e., logics and proofs (lectures on or before 6/2). The exam is closed-book; however, one cheat sheet is allowed. The cheat sheet must be no larger than a US-letter-size paper. You can write or print anything you want on one or both sides of this cheat sheet, but stickers are not allowed. |
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2017/6/8, Thu. |
Midterm Exam recap. Sec. 1.3--the language of relations and functions. Sec. 7.1--definition of functions; domain, co-domain, range, image, preimage(inverse image), equality of functions. |
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2017/6/9, Fri. |
Sec. 7.2--injective (one-to-one), surjective (onto), and bijective (one-to-one correspondence) functions; inverse functions. Extra--math review: exponential functions and logarithmic functions; composition of functions. |
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2017/6/12, Mon. |
Sec. 8.1--relations on sets, n-nary relation, binary relations on a set, directed graphs. Sec. 8.2--reflexivity, symmetry, transitivity. Sec. 8.3--equivalence relations, relations and partitions, equivalence classes. |
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2017/6/13, Tue. |
Extra (partial Sec. 8.4)--modular arithmetic. Extra (partial Sec. 8.5)--antisymmetry, partial order, total order, topological sorting. |
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2017/6/14, Wed. |
Sec. 9.1--equally likely outcomes, sample space, event, discrete probability. Secs. 9.2,9.3--multiplication rule, addition rule, difference rule, inclusive/exclusive rule. Secs. 9.2,9.5--combinations; permutations. |
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2017/6/15, Thu. |
Sec. 9.8--probability formulas, expected value Sec. 9.9--conditional probability, Bayes' theorem, independent event. |
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2017/6/16, Fri. |
Sec. 9.9 (continued)--example for conditional probability and Bayes' Theorem. Secs. 9.4, 9.7 (on whiteboard)--pigeonhole principle, Pascal's Triangle, Binomial Theorem. Secs. 10.1, 10.2, 10.5--graphs, paths, circuits, trees. |
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2017/6/19, Mon. |
Final Exam review. |
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2017/6/20, Tue. | No classes held, reading day. | |
2017/6/21, Wed. | No classes held, exam day (for other courses). | |
2017/6/22, Thu. | Final Exam, 11:30 AM - 2:30 PM. The Final Exam may include anything in this course (before and after the Midterm). The exam is closed-book; however, two cheat sheets are allowed. Each cheat sheet must be no larger than a US-letter-size paper. You can write or print anything you want on one or both sides of this cheat sheet, but stickers are not allowed. Calculators are allowed; however, other electronic devices, such as laptops and cellphones, are NOT allowed. |
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2017/6/23, Fri. |
Your graded Final Exam will NOT be returned--the instructor is required to keep them on file for at least one year; your Final Exam grade and your Overall Letter grade will be sent to each of you individually via email on Thursday (6/22) night. Nonetheless, on Friday (6/23) you are welcome to drop by my office (SN 139) during 1:00 PM - 2:00 PM, or make an appointment via email by 2:00 PM, to look over your graded Final Exam and/or to appeal your grade if you believe there is any error or mistake in your grade. If I do not hear anything by 2:00 PM on Friday, 6/23, I would assume everything is good and I will go ahead to submit the Letter grades in the system. |