Problem 1RE: In Exercises 1-4, write the negation of the statement. 1. All Acuras are Hondas. Problem 2RE: In Exercises 1-4, write the negation of the statement. 2 No pets are allowed in this park. Problem 3RE: In Exercises 1-4, write the negation of the statement 3. Some women are presidents. Problem 4RE: In Exercises 1-4, write the negation of the statement 4. Some pine trees are not green. Problem 5RE: In Exercises 5-10, write each compound statement in words p : The coffee is Maxwell House. q: The... Problem 6RE: In Exercises 5-10, write each compound statement in words p : The coffee is Maxwell House. q: The... Problem 7RE: In Exercises 5-10, write each compound statement in words p : The coffee is Maxwell House. q: The... Problem 8RE: In Exercises 5-10, write each compound statement in words p : The coffee is Maxwell House. q: The... Problem 9RE: In Exercises 5-10, write each compound statement in words p : The coffee is Maxwell House. q: The... Problem 10RE Problem 11RE: In Exercises 11-16, use the statements for p, q, and r as in Exercises 5-10 to write the statement... Problem 12RE: In Exercises 11-16, use the statements for p, q, and r as in Exercises 5-10 to write the statement... Problem 13RE Problem 14RE Problem 15RE Problem 16RE: In Exercises 11-16, use the statements for p, q, and r as in Exercises 5-10 to write the statement... Problem 17RE: In Exercises 17-22, construct a truth table for the statement. 17. (p q) p Problem 18RE: In Exercises 17-22, construct a truth table for the statement. 18 q (p q) Problem 19RE: In Exercises 17-22, construct a truth table for the statement. 19. (p q) (p r) Problem 20RE: In Exercises 17-22, construct a truth table for the statement. 20. p (q v r) Problem 21RE: In Exercises 17-22, construct a truth table for the statement. 21. p (q r) Problem 22RE Problem 23RE: In Exercises 23-26, determine the truth value of the statement. You may need to use a reference such... Problem 24RE: In Exercises 23-26, determine the truth value of the statement. You may need to use a reference such... Problem 25RE: In Exercises 23-26, determine the truth value of the statement. You may need to use a reference such... Problem 26RE: In Exercises 23-26, determine the truth value of the statement. You may need to use a reference such... Problem 27RE: In Exercises 27-30, determine the truth value of the statement when p is T, q is F, and r is F. 27.... Problem 28RE: In Exercises 27-30, determine the truth value of the statement when p is T, q is F, and r is F. 28... Problem 29RE: In Exercises 27-30, determine the truth value of the statement when p is T, q is F, and r is F. 29 r... Problem 30RE: In Exercises 27-30, determine the truth value of the statement when p is T, q is F, and r is F. 30.... Problem 31RE: In Exercises 31-34, determine whether the pairs of statements are equivalent. You may use De Morgans... Problem 32RE: In Exercises 31-34, determine whether the pairs of statements are equivalent. You may use De Morgans... Problem 33RE: In Exercises 31-34, determine whether the pairs of statements are equivalent. You may use De Morgans... Problem 34RE: In Exercises 31-34, determine whether the pairs of statements are equivalent. You may use De Morgans... Problem 35RE: In Exercises 35-39, use De Morgans laws, the fact that (p q) (p q), or the fact that (p q) (p ... Problem 36RE: In Exercises 35-39, use De Morgans laws, the fact that (p q) (p q), or the fact that (p q) (p ... Problem 37RE: In Exercises 35-39, use De Morgans laws, the fact that (p q) (p q), or the fact that (p q) (p ... Problem 38RE: In Exercises 35-39, use De Morgans laws, the fact that (p q) (p q), or the fact that (p q) (p ... Problem 39RE: In Exercises 35-39, use De Morgans laws, the fact that (p q) (p q), or the fact that (p q) (p ... Problem 40RE: In Exercises 40-44, write the (a) converse, (b) inverse, and (c) contrapositive for the given... Problem 41RE: In Exercises 40-44, write the (a) converse, (b) inverse, and (c) contrapositive for the given... Problem 42RE: In Exercises 40-44, write the (a) converse, (b) inverse, and (c) contrapositive for the given... Problem 43RE: In Exercises 40-44, write the (a) converse, (b) inverse, and (c) contrapositive for the given... Problem 44RE: In Exercises 40-44, write the (a) converse, (b) inverse, and (c) contrapositive for the given... Problem 45RE: In Exercises 45-48, determine which, if any, of the three statements are equivalent. 45. a. If Cheap... Problem 46RE: In Exercises 45-48, determine which, if any, of the three statements are equivalent. 46. a. The... Problem 47RE: In Exercises 45-48, determine which, if any, of the three statements are equivalent. 47. a. If 2 + 3... Problem 48RE: In Exercises 45-48, determine which, if any. of the three statements are equivalent. 48. a. If the... Problem 49RE: In Exercises 49-52 determine whether the argument is valid or invalid. You may compare the argument... Problem 50RE: In Exercises 49-52 determine whether the argument is valid or invalid You may compare the argument... Problem 51RE: In Exercises 49-52 determine whether the argument is valid or invalid. You may compare the argument... Problem 52RE: In Exercises 49-52, determine whether the argument is valid or invalid You may compare the argument... Problem 53RE: In Exercises 53-56, use an Euler diagram to determine whether the argument is valid or invalid. 53.... Problem 54RE: In Exercises 53-56, use an Euler diagram to determine whether the argument is valid or invalid. 54.... Problem 55RE: In Exercises 53-56, use an Euler diagram to determine whether the argument is valid or invalid. 55.... Problem 56RE: In Exercises 53-56, use an Euler diagram to determine whether the argument is valid or invalid. 56.... Problem 57RE: a. Write the corresponding symbolic statement of the circuit shown. b. Construct a truth table to... Problem 58RE: Construct a diagram of a circuit that corresponds to the symbolic statement (p q) (p q). Problem 59RE: Determine whether the circuits shown are equivalent. Problem 1T: In Exercise 1-3, write the statement in symbolic form p: Phobos is a moon of Mars. q: Callisto is a... Problem 2T: In Exercise 1-3, write the statement in symbolic form p: Phobos is a moon of Mars. q: Callisto is a... Problem 3T: In Exercise 1-3, write the statement in symbolic form p: Phobos is a moon of Mars. q: Callisto Is a... Problem 4T: In Exercises 4 and 5, use p, q, and r as above to write each symbolic statement in words. 4 ( p r)... Problem 5T: In Exercises 4 and 5, use p, q, and r as above to write each symbolic statement in words. 5. (p q) ... Problem 6T: In Exercises 6 and 7, construct a truth table for the given statement. 6. [ (p r)] q Problem 7T: In Exercises 6 and 7, construct a truth table for the given statement 7. (q r) p Problem 8T: In Exercises 8 and 9, find the truth value of the statement. 8. 2 + 6 = 8 or 7 12 = 5. Problem 9T: In Exercises 8 and 9, find the truth value of the statement. 9. Harrison Ford is an actor or Gerald... Problem 10T: In Exercises 10 and 11, given that p is true, q is false, and r is true, determine the truth value... Problem 11T: In Exercises 10 and 11, given that p is true, q is false, and r is true, determine the truth value... Problem 12T: Determine whether the pair of statements are equivalent. P q, (p q) Problem 13T: In Exercises 13 and 14, determine which, if any, of the three statements are equivalent. 13. a. If... Problem 14T: In Exercises 13 and 14, determine which, if any, of the three statements are equivalent. 14. a. It... Problem 15T: Translate the following argument into symbolic form. Determine whether the argument is valid or... Problem 16T: Use an Euler diagram to determine whether the syllogism is valid or is a fallacy. All living things... Problem 17T: In Exercises 17 and 18, write the negation of the statement. 17. All Gryffindors are brave. ^ Problem 18T: In Exercises 17 and 18, write the negation of the statement 18. Nick played football and Max played... Problem 19T: Write the converse, inverse, and contrapositive of the conditional statement If the garbage truck... Problem 20T format_list_bulleted