Question

Solve the following problems using heuristic methods. Explain the process, strategies, rule or procedures used to solve the problem. 1. Based on the following facts, determine who is the murderer. a. Either Alice did not commit the murder or the weapon was a knife. b. If the weapon was a knife, then Mad Hatter committed murder. c. The statement "If the Mad Hatter did not commit the murder, then neither Alice nor the Red Queen committed the murder" is false.

271

likes
1357 views

Answer to a math question Solve the following problems using heuristic methods. Explain the process, strategies, rule or procedures used to solve the problem. 1. Based on the following facts, determine who is the murderer. a. Either Alice did not commit the murder or the weapon was a knife. b. If the weapon was a knife, then Mad Hatter committed murder. c. The statement "If the Mad Hatter did not commit the murder, then neither Alice nor the Red Queen committed the murder" is false.

Expert avatar
Jon
4.6
110 Answers
Examine Statement C: Statement C is false, which means the contrapositive is true. The contrapositive states, "If either Alice or the Red Queen committed the murder, then the Mad Hatter did commit the murder." Since the contrapositive is true, and it involves a logical OR, at least one part of it must be true. This means one of the following is correct: The Mad Hatter committed the murder. The Mad Hatter did not commit the murder, but either Alice or the Red Queen did. Analyze Statement B: If the weapon was a knife, then the Mad Hatter committed the murder. Therefore, if the Mad Hatter did not commit the murder, the weapon could not have been a knife. Investigate Statement A: If Alice did not commit the murder, then the weapon was a knife. This also means that if the weapon was not a knife, Alice must be the murderer. Using heuristic reasoning: If Alice were the murderer, then by statement A, the weapon would not be a knife, which means by statement B, the Mad Hatter did not commit the murder. This fits with the true contrapositive of statement C. If the Mad Hatter were the murderer, the weapon would be a knife (statement B), which aligns with statement A but does not fit with the true contrapositive of statement C, because it implies one of the women could still be the murderer. Let's deduce: Since statement C's contrapositive must be true and it suggests the Mad Hatter could be the murderer only if Alice or the Red Queen is not, we can use statement B to see if it allows us to determine the weapon. If the Mad Hatter is the murderer, the weapon was a knife. If the weapon was a knife, Alice did not commit the murder (from statement A). But since statement C’s contrapositive is true and we've established that the Mad Hatter being the murderer means Alice did not do it, the Red Queen cannot be the murderer either because that would make statement C's contrapositive false. Therefore, by elimination: The Mad Hatter must be the murderer since this is the only scenario that doesn't contradict any statements. The weapon was a knife, satisfying both statements A and B without contradicting the true contrapositive of statement C. Hence, the Mad Hatter is the murderer.

Frequently asked questions (FAQs)
What is the value of Ο€ (∏) to six decimal places?
+
What is the measure of a complementary angle if one angle is 45 degrees?
+
What is the solution to the equation 3x + 2 = 11?
+
New questions in Mathematics
Students Ana Beatriz and Paula decided to register on a website with exercises to study for upcoming simulations, but to register on this website, they need to choose a password consisting of five characters, three numbers and two letters (capital letters). or lowercase). Letters and numbers can be in any position. They know that the alphabet is made up of twenty-six letters and that an uppercase letter differs from a lowercase letter in a password. What is the total number of possible passwords for registering on this site?
Use the digits of 1,9,2,3 to come up with all the numbers 98 and 95
Given the vectors: a = (2m – 3n, 4n – m) and b = (2, -3), find the values of m and n that make: a = 5 b.
(6.2x10^3)(3x10^-6)
(3x^(2) 9x 6)/(5x^(2)-20)
Suppose 56% of politicians are lawyers if a random sample of size 564 is selected, what is the probability that the proportion of politicians who are lawyers will differ from the total politicians proportions buy more than 4% round your answer to four decimal places
Equivalent expression of the sequence (3n-4)-(n-2)
Determine the minimum degree that an algebraic equation can assume knowing that it admits 2 as a double root and -i as a triple root
If 0101, what is the binary representation of the 4x16 decoder output?
Prove that it is not possible to arrange the integers 1 to 240 in a table with 15 rows and 16 columns in such a way that the sum of the numbers in each of the columns is the same.
The average number of babies born at a hospital is 6 per hour. What is the probability that three babies are born during a particular 1 hour period?
Find all real numbers x that satisfy the equation \sqrt{x^2-2}=\sqrt{3-x}
During a fishing trip Alex notices that the height h of the tide (in metres) is given by h=1βˆ’(1/2)*cos(Ο€t/6) where t is measued in hours from the start of the trip. (a) Enter the exact value of h at the start of the trip in the box below.
Solve the equation: sin(2x) = 0.35 Where 0Β° ≀ x ≀ 360Β°. Give your answers to 1 d.p.
In an orchard there are 360 trees and they are distributed in 9 rows with the same number of trees in each row. 2 are rows of orange trees, 4 of apple trees and the rest are of pear trees. What fraction of the trees in the orchard are of each type of fruit tree? How many trees of each type are there?
prove that for sets SS, AA, BB, and CC, where AA, BB, and CC are subsets of SS, the following equality holds: (Aβˆ’B)βˆ’C=(Aβˆ’C)βˆ’(Bβˆ’C)
Square root of 169 with steps
Find the orthogonal projection of a point A = (1, 2, -1) onto a line passing through the points Pi = (0, 1, 1) and P2 = (1, 2, 3).
3(x-4)=156
An export company grants a bonus of $100,000 pesos to distribute among three of its best employees, so that the first receives double the second and the latter receives triple the third. How much did each person receive?