Consider sets A, B, and C where
Consider sets A, B, and C where \(A \cap B \neq \emptyset\) and \(A \cap C \neq \emptyset\) and \(B \cap C \neq \emptyset\). Consider the following set expression:
$$ \overline{((A \cup B)-(A \cap B)) \cup((B \cup C)-(B \cap C)) \cup((A \cup C)-(A \cap C))} $$
a) Draw an appropriate Venn diagram and shade the area represented by the set expression above.
b) Write the dual of the set expression above.
c) Are the sets \(A \cap B, A \cap C\), and \(B \cap C\) mutually disjoint?
Homework Answers
#9-11 please 9. Let A and B be disjoint sets in the universe U. Let C...
#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...
5. (a) Write out the set P({a, 2,0}). (b) For sets A, B and C, draw...
5. (a) Write out the set P({a, 2,0}). (b) For sets A, B and C, draw the Venn diagram representing AU( B C), (c) For sets A, B and C, draw the Venn diagram representing (AUD) n(B\C). (d) If A and B are two boxes (possibly with things inside), describe the following in terms of boxes A B, P(A), and A.
1. Consider the sets: A = {a, b, c, d, e, f, h, j}, B =...
1. Consider the sets: A = {a, b, c, d, e, f, h, j}, B = {a, b, i }, C = {f, h} and U = {a,b,c,d,e,f,g, h,i,j} a. Draw a Venn diagram and place each element in its appropriate region. Insert a photo of your diagram into your HW document. b. Is C a subset of A? Why? C. Is C a subset of B? Why? d. Is A a subset of B? Why? e. Are B and...
Draw a Venn diagram with 3 sets A, B, C and shade the part that shows...
Draw a Venn diagram with 3 sets A, B, C and shade the part that shows ((A-B) ∪ (B-A)) ∩ C.
Consider the following venn diagram with universal set, U, and sets A and B. The numbers...
Consider the following venn diagram with universal set, U, and
sets A and B. The numbers in the diagram give PROBABILITIES.
Consider the following venn diagram with universal set, U, and sets A and B. The numbers in the diagram give PROBABILITIES. 0.46 0.18 0.21 Find each of the following: ROUND TO THREE DECIMAL PLACES! P(A I B) -D
Consider the following venn diagram with universal set, U, and sets A and B. The numbers...
Consider the following venn diagram with universal set, U, and
sets A and B. The numbers in the diagram give the COUNTS of
elements in the region. Assume we know that: n(U)=196
Consider the following venn diagram with universal set, U, and sets A and B. The numbers in the diagram give the COUNTS of elements in the region. Assume we know that: n(U) 196 Ul 37 79 69 Find each of the following: ROUND TO THREE DECIMAL PLACES! P(A)-...
1. Suppose that A, B, and C are events such that P[A]- PB0.3, PC 0.55, PIANB]-...
1. Suppose that A, B, and C are events such that P[A]- PB0.3, PC 0.55, PIANB]- For each of the events given below in parts (a)-(d), do the following: (i) Write a set expression for the event. (Note that there are multiple ways to write this in many cases.) (ii) Evaluate the probability of the event. Hint: Draw the Venn Diagram. You may then want to identify the probabilities of each of the disjoint regions in the diagram before starting...
1. Suppose that A. B. and C are events such that PA-PlB) = 0.3. PC] =...
1. Suppose that A. B. and C are events such that PA-PlB) = 0.3. PC] = 0.55, PAT B) = For each of the events given below in parts (a)-(d), do the following: (i) Write a set expression for the event. (Note that there are multiple ways to write this in many cases.) (ii) Evaluate the probability of the event. Hint: Draw the Venn Diagram. You may then want to identify the probabilities of each of the disjoint regions in...
1. Suppose that A, B, and C are events such that PIAPB0.3, PC 0.55, PIANB- 0,...
1. Suppose that A, B, and C are events such that PIAPB0.3, PC 0.55, PIANB- 0, PAnBn 0.1, and P[An 0.2. For each of the events given below in parts (a)-(d), do the following: (i) Write a set expression for the event. (Note that there are multiple ways to write this in many cases.) (ii) Evaluate the probability of the event. Hin: Draw the Venn Diagram. You may then want to identify the probabilities of each of the disjoint regions...
(Must draw out the Venn Diagram and show all work for full credit.) Suppose that A,...
(Must draw out the Venn Diagram and show all work for full
credit.)
Suppose that A, B, and C are events such that PA-PB0.3, PC 0.55, PIAnB For each of the events given below in parts (a)-(d), do the following: (i) Write a set expression for the event. (Note that there are multiple ways to write this in many cases.) (ii) Evaluate the probability of the event. Hint: Draw the Venn Diagram. You may then want to identify the probabilities...
#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...
5. (a) Write out the set P({a, 2,0}). (b) For sets A, B and C, draw the Venn diagram representing AU( B C), (c) For sets A, B and C, draw the Venn diagram representing (AUD) n(B\C). (d) If A and B are two boxes (possibly with things inside), describe the following in terms of boxes A B, P(A), and A.
1. Consider the sets: A = {a, b, c, d, e, f, h, j}, B = {a, b, i }, C = {f, h} and U = {a,b,c,d,e,f,g, h,i,j} a. Draw a Venn diagram and place each element in its appropriate region. Insert a photo of your diagram into your HW document. b. Is C a subset of A? Why? C. Is C a subset of B? Why? d. Is A a subset of B? Why? e. Are B and...
Consider the following venn diagram with universal set, U, and
sets A and B. The numbers in the diagram give PROBABILITIES.
Consider the following venn diagram with universal set, U, and sets A and B. The numbers in the diagram give PROBABILITIES. 0.46 0.18 0.21 Find each of the following: ROUND TO THREE DECIMAL PLACES! P(A I B) -D
Consider the following venn diagram with universal set, U, and
sets A and B. The numbers in the diagram give the COUNTS of
elements in the region. Assume we know that: n(U)=196
Consider the following venn diagram with universal set, U, and sets A and B. The numbers in the diagram give the COUNTS of elements in the region. Assume we know that: n(U) 196 Ul 37 79 69 Find each of the following: ROUND TO THREE DECIMAL PLACES! P(A)-...
1. Suppose that A, B, and C are events such that P[A]- PB0.3, PC 0.55, PIANB]- For each of the events given below in parts (a)-(d), do the following: (i) Write a set expression for the event. (Note that there are multiple ways to write this in many cases.) (ii) Evaluate the probability of the event. Hint: Draw the Venn Diagram. You may then want to identify the probabilities of each of the disjoint regions in the diagram before starting...
1. Suppose that A. B. and C are events such that PA-PlB) = 0.3. PC] = 0.55, PAT B) = For each of the events given below in parts (a)-(d), do the following: (i) Write a set expression for the event. (Note that there are multiple ways to write this in many cases.) (ii) Evaluate the probability of the event. Hint: Draw the Venn Diagram. You may then want to identify the probabilities of each of the disjoint regions in...
1. Suppose that A, B, and C are events such that PIAPB0.3, PC 0.55, PIANB- 0, PAnBn 0.1, and P[An 0.2. For each of the events given below in parts (a)-(d), do the following: (i) Write a set expression for the event. (Note that there are multiple ways to write this in many cases.) (ii) Evaluate the probability of the event. Hin: Draw the Venn Diagram. You may then want to identify the probabilities of each of the disjoint regions...
(Must draw out the Venn Diagram and show all work for full
credit.)
Suppose that A, B, and C are events such that PA-PB0.3, PC 0.55, PIAnB For each of the events given below in parts (a)-(d), do the following: (i) Write a set expression for the event. (Note that there are multiple ways to write this in many cases.) (ii) Evaluate the probability of the event. Hint: Draw the Venn Diagram. You may then want to identify the probabilities...
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