PLEASE RATE.
please do A-C thank you 4. Let the universe of discourse, U, be the set of...
2. Let the universe be the set of real numbers. Consider the following statement Yx vy (xsy = (3!2) *szsy). a. (10 pts) Translate the above statement to useful English. b. (10 pts) Determine the truth value and prove that you are correct.
In the following question, the domain of discourse is a set of employees who work at a company. Ingrid is one of the employees at the company. Define the following predicates: • S(x): x was sick yesterday • W(x): x went to work yesterday • V(x): x was on vacation yesterday Translate the following English statements into a logical expression with the same meaning. (c) Everyone who was sick yesterday did not go to work. (d) Yesterday someone was sick...
5. Suppose P(m,n) means “m>n”, where the universe of discourse for m and n is the set of POSITIVE integers. Find the truth value of each statement and explain your answer. NOTE: This is NOT exactly the same as the practice test. (a) (2 points) VxP(x,5) (b) (2 points) Vx3yP(x,y) (c) (2 points) ExWyP(x,y)
#9-11 please 9. Let A and B be disjoint sets in the universe U. Let C be a proper subset of A. (a) Draw a Venn Diagram representing this information. (b) What is BAC? 10. Let A be a set in the universe U. (a) Draw a Venn Diagram and shade in the region A. Then draw another Venn Diagram with the same set A, but shade in A'. (b) What is A'U A? 11. Give an example of three...
Please answer question 1 and 2. (1) Let p, q be propositions. Construct the truth table for the following proposition: (2) Let X be the set of all students in QC and let Y be the set of all classes in the Math Department available for QC students in the Fall 2019. Leyt P(z, y) be the proposition of the course y. Write down the following propositions using quantifiers: e Some QC students read the description of each course in...
3. (a) Let p(x) be "r has passed Math 122." Suppose the universe of r is the set of all students. Write Vir, ((:r #Gary) → p(x)) A-p(Gary) in plain English. Do not literally translate the symbols into words. (b) Suppose p(n) and g(n) are statements involving the integer n. Explain why In,p(n)Agin) is not logically equivalent to En, pin) A En,q(n)). (Hint: check it out with pin): "n is even" and qn): "n is odd.") (c) Suppose a(n) and...
5-13 please Homework on sets 1. let the universe be the set U (1,23. .,1.0), A (147,10), B- (1,2 list the elements for the following sets. a. B'nt C-A) b. B-A c. ΒΔΑ 2. Show that A (3,2,1] and B (1,2,3) are equal 3. Show that X Ixe Rand x > 0 and x < 3j and ( 1,2) are equal. 5. Use a Ven diagram and shade the given set. (cnA)-(B-Arnc) Show that A (x| x3-2x2-x+2 O) is not...
Let B(x), W(x), and S(x) be the predicates B(x): x is a female W(x): x is a good athlete S(x): x is young Express each of the following English sentences in terms of B(x), W(x), S(x), quantifiers, and logical connectives. Assume the domain is the set of all people. a) All good athletes are not young. b) A person is a good athlete only if it is the case that both she is a female and she is young. c)...
VIII.6.9.21. Let U be an open set in R3, and F: U R be a C function with OFF, and nonzero on U. Then the equation F(x, y, z) = 0 can be locally solved for each of x, y, z as functions of the other two. Show that ду ду дz dy azar=-1. (Give a careful explanation of what this equation means.) Thus algebraic manipulations of Leibniz notation must be done carefully. See also VIII.2.4.2.. VIII.2.4.2. Discuss the validity...
Module Outcome #3: Translate prose with quantified statements to symbolic and find the negation of quantified statements. (CO #1) Module outcome #3: Translate prose with quantified statements to symbolic negation of quantified statements. (CO #1) (a.) Negate the statement and simplify so that no quantifier or connective lies within the scope of a negation: (Bx)(y)-P(x.y) AQ(x, y)) (b.) Consider the domain of people working at field site Huppaloo, Let M(xx): x has access to mailbox y. Translate into predicate logic...