Let us assume that:
R(x) denotes x is a rational
R(a) -> a is a rational
R(b) -> b is a rational
R(a/b) -> a/b is a rational
Translating the given statement into Predicate logic: (R(a) ^ R(b)) -> R(a/b)
Applying Negation: ~((R(a) ^ R(b)) -> R(a/b))
Expanding terms: ~( ~(R(a) ^ R(b)) v R(a/b) )
Expanding terms: ~( ~R(a) v ~R(b) v R(a/b) )
Expanding terms: R(a) ^ R(b) ^ ~R(a/b)
Translating negation into sentence:
a is rational and b is rational and a/b is not a rational
Question 3 Consider the statement: For any a, beR, if a is rational and b is...
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...
For statements 3-4 a) Write a negation of the statement in symbolic form b) Write each statement and negation as a meaningful English sentence.
For statements 3-4 a) Write a negation of the statement in symbolic form b) Write each statement and negation as a meaningful English sentence.
Consider the following statement: "There is a woman who has taken a flight on every airline in the world." (a) Express the statement using quantifiers and predicates. You should use the variables: w woman, f flight, a airline, and these should be the only variables. Give the domain of each variables. (b) Find the logical negation of the quantifier expression that you obtained in (a). (c) Translate the negation you obtained in (b) into an English sentence.
4. Consider the following statement: “The product of an even integer with any integer is always even.” (a) Rewrite the statement in the form “for all ... , if ... , then ..." using symbols to represent variables. (b) Write the negation of the statement, again using symbols. (c) Prove the statement if you think it is true or disprove it if you think it is false.
16 pts) #4. TRUE/FALSE. Determine the truth value of each sentence (no explanation required). ________(a) A statement is a sentence that is true. ________(b) In logic, p q refers to the "inclusive or, " true when either p or q or both are true. ________(c) The phrase "not p and not q" means "not both p and q." ________(d) The conditional statement p q is true if p is false. ________(e) The negation of p q is p ~q. #5....
Discrete Mathematics
12. Consider the universe of all arguments. Let S(a): "a is sound." Let V(a): "a is valid." Let P(a): "the premise of a it true." Consider the sentence: Va(S(a)-V(a) AP(a)) (a) Interpret the symbolic sentence into a an English sentence. (b) Negate the symbolic sentence and simplify as much as possible. Your answer should be a symbolic sentence. (c) Write an English sentence for the symbolic sentence in part b.
12. Consider the universe of all arguments. Let...
4. (15) Consider the statement in e Z, Vm E N, m 0 m +n > 0 (a) Write the negation of this statement. Your answer should not simply put a ~ in front of this and should not contain any negated quantifiers, doubly negated predicates, nor negated implications. (b) Obviously, n = -27 and m= 20 has m #0 and m+n <0. Is this a counterexample to the original statement? Why or why not?
Do the following 3 things respectively with each of the two sentences given below 1. Translate it by using the defined predicate symbols and a quantifier 2. Transform it into an equivalent statement with a quantifier different from the one used in the lst translation (by applying QN); and 3. Articulate the corresponding sentence of the 2nd translation in ordinary English 5 15 Not all dogs bark. D: being a dog B: barking (SJ16] All philosophers are neither impractical nor...
(2 points) Consider the following statement: Everyone likes playing games. For the following questions, Let X = {people} P(x) be the predicate x likes playing games. Write the statement in quantified form A. VX E X, P(x) OB. VX E X, ~ P(x) c. Ex E X: P(x) D. Ex e X :~ P(x) Negate the quantified statement A. 3x X: P(x) OB. Vx E X, P(x) C. IX e X :~ P(x) D. V e X, ~ P(x).
3. (10pt) Consider quantified statement For every meS and n ES, mn – 2 is prime. where the domain of the variables m and n is S = {3, 5, 11}. (a) Express this statement in symbols. (b) Is the quantified statement in (a) true or false? Explain. (c) Express the negation of the quantified statement in (a) in symbols. (d) Express the negation of the quantified statement in (a) in words. (c) Is the negation of the quantified statement...