List all the elements of the sample space for the following experiment: 6 OF
You roll a die and toss a penny.
a (1, H), (2, H), (3, H), (4, H), (5, H), (6, H), (1, T), (2, T), (3, 1), (4, T), (5, T), (6, T)
b. (1, H), (2, H), (3, H), (4, H), (5, H), (6, H), (1, H), (2, H), (3, H), (4, H), (5, H), (6, H)
C. (1, 1), (2, 1), (3, 1), (4,T), (5, 1), (6, 1), (1, 1), (2, 1), (3, T), (4, T), (5, 1), (6, T)
d. (1, H), (3, H), (5, H), (2, T), (4, T), (6, T)

If its non of them tell me..valerie took a day-trip. she drove from her house for a while and took a coffee break. after her coffee break, she continued driving. after  2  hours of driving after her coffee break, her distance from her house was  210  miles. her average speed during the whole trip was  60  miles per hour. valerie created the equation  y−210=60(x−2)  to represent this situation, where  xx  represents the time in hours from her coffee break and  yy  represents the distance in miles from her house. which graph correctly represents valerie's distance from her house after her coffee break?

What is the correct answer? urgent you

Naruto is choosing between two venues that will deliver food to his house. with probability 1/3 he will choose ramen mania (r), and with probability 2/3 he will choose sushi (s). if he chooses r, 15 minutes after making the call, the remaining time it takes the food to arrive is exponentially distributed with average 10 minutes. if he orders s, 10 minutes after making the call, the time it takes the food to arrive is exponentially distributed with an average of 12 minutes. given that he has already waited 25 minutes after calling, and the food has not arrived, what is the probability that he ordered from r? i am really stuck on how to set this up, so if you could be extra clear, that would be super ! in advance