Part A: Joseph runs 212 miles on Monday. Each day after that, he runs the same 113 mile route every morning. His goal is to run
at least 6 miles by the end of the week. Which inequality represents the least number of days after Monday that Joseph needs to run to reach his goal?
Part B: What is the least number of days after Monday that Joseph needs to run to reach his goal?
Part B: What is the least number of days after Monday that Joseph needs to run to reach his goal?
2 answers:
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Assuming that you're talking about a standard deck of 52 cards, there are 4 tens and 4 aces.
So, at the beginning, you have probability 4/52=1/13 to draw a ten.
You replace, and you have an identical probability to draw an ace (you still have 4 favourable cases over 52 total cases).
Multiply the two probabilities to find the answer: