Problem 2 - Illinois Online High School
... 5.) Solve for questions 1-3 for “Interpreting Odds”. 6.) What 3 rules must probability satisfy? 7.) Construct a probability distribution listing outcomes (make a table) for: Suppose a room contains three men and two women. You wish to select two people from this class to serve on a committee. How ma ...
... 5.) Solve for questions 1-3 for “Interpreting Odds”. 6.) What 3 rules must probability satisfy? 7.) Construct a probability distribution listing outcomes (make a table) for: Suppose a room contains three men and two women. You wish to select two people from this class to serve on a committee. How ma ...
1 Conditional probability
... independent? Example. Can disjoint events be independent? The intuition suggests not: if A and B are disjoint, they have no common outcomes, and therefore if B occurred we can immediately deduce that A did not occur. Hence, the information contained in B can be used to revise the probability of occu ...
... independent? Example. Can disjoint events be independent? The intuition suggests not: if A and B are disjoint, they have no common outcomes, and therefore if B occurred we can immediately deduce that A did not occur. Hence, the information contained in B can be used to revise the probability of occu ...
Directions:
... a notecard ramdomly to test his friend (replace the notecard in the pile each time.) If the friend can solve 85 of the notecards, what is the probability that the friend can solve at least 14 of it after draw 20 times. A. 0.04537 B. 0.06731 p=85/100=0.85, n=20. C. 0.02194 D. 0.93269 P (X ≥ 14) = 1 − ...
... a notecard ramdomly to test his friend (replace the notecard in the pile each time.) If the friend can solve 85 of the notecards, what is the probability that the friend can solve at least 14 of it after draw 20 times. A. 0.04537 B. 0.06731 p=85/100=0.85, n=20. C. 0.02194 D. 0.93269 P (X ≥ 14) = 1 − ...
Math SCO G1 and G2
... Roll a die 4 times. Create two 2-digit numbers and subtract them. Record the difference between each set of numbers in a chart. Repeat the experiment 20 times. Calculate the experimental probability that the difference you get is less than 10. Then repeat the experiment another 20 times and compar ...
... Roll a die 4 times. Create two 2-digit numbers and subtract them. Record the difference between each set of numbers in a chart. Repeat the experiment 20 times. Calculate the experimental probability that the difference you get is less than 10. Then repeat the experiment another 20 times and compar ...
