Here are the answers to each of your questions with explanations:
Question 1: The question asks for the outcomes of drawing a face card with a man on it from a standard deck of cards. The face cards with a man on them are the Kings and Jacks. Therefore, the set that includes all Kings and Jacks from all four suits is:
Response: {\[ \text{Jack Hearts, Jack Diamonds, Jack Clubs, Jack Spades, King Hearts, King Diamonds, King Clubs, King Spades} \]} Answer: {Jack Hearts, Jack Diamonds, Jack Clubs, Jack Spades, King Hearts, King Diamonds, King Clubs, King Spades}
Question 2: The question asks for rolling an even number less than 5 on a 10-sided number cube. The even numbers on this cube are 2, 4, 6, 8, and 10. The even numbers that are less than 5 are:
Response: {\[ \text{2, 4} \]} Answer: {2, 4}
Question 3: The union of two events is the set of all outcomes that appear in either event. From the given spins:
You: {red, yellow, red, orange, orange, red} → unique outcomes: {red, yellow, orange} Friend: {blue, red, orange, purple, purple, red} → unique outcomes: {blue, red, orange, purple}
The union of the two events is {red, yellow, orange, blue, purple}.
Response: {\[ \text{red, blue, yellow, orange, purple} \]} Answer: {red, blue, yellow, orange, purple}
Question 4: The question involves finding the number that should be in the intersection of the three flavors (chocolate, vanilla, strawberry). Since "14 prefer a mix of the three," and that’d be considered the intersection point where all three preferences overlap.
Response: Answer: 14
Question 5: The sample space of possible bowling scores in a single frame is from 0 to 10 (since you can't knock down more than 10 pins in a frame). Sam and Silvie knocked down various pins ranging from 2 to 10. The complement would be all numbers that are not represented in the scores they achieved.
The scores they achieved are all between 2 and 10, so the only possible score not represented is 1.
Response: {\[ \text{1,2,3,4,5,6,7,8,9,10} \]} Answer: {1,2,3,4,5,6,7,8,9,10}