A. A box is filled with several party favors. It contains 11 hats, 19 noisemakers, five finger traps, and ten bags of confetti. Let H = the event of getting a hat. Let N = the event of getting a noisemaker. Let F = the event of getting a finger trap. Let C = the event of getting a bag of confetti. Find P(H). (Enter your probability as a fraction.) B. A box is filled with several party favors. It contains 11 hats, 19 noisemakers, five finger traps, and ten bags of confetti. Let H = the event of getting a hat. Let N = the event of getting a noisemaker. Let F = the event of getting a finger trap. Let C = the event of getting a bag of confetti. Find P(F). (Enter your probability as a fraction.) C. Q and R are independent events. P(Q) = 0.4; P(Q AND R) = 0.04. Find P(R). P(R) =
A. A box is filled with several party favors. It contains 11 hats, 19 noisemakers, five finger traps, and ten bags of confetti. Let H = the event of getting a hat. Let N = the event of getting a noisemaker. Let F = the event of getting a finger trap. Let C = the event of getting a bag of confetti. Find P(H). (Enter your probability as a fraction.) B. A box is filled with several party favors. It contains 11 hats, 19 noisemakers, five finger traps, and ten bags of confetti. Let H = the event of getting a hat. Let N = the event of getting a noisemaker. Let F = the event of getting a finger trap. Let C = the event of getting a bag of confetti. Find P(F). (Enter your probability as a fraction.) C. Q and R are independent events. P(Q) = 0.4; P(Q AND R) = 0.04. Find P(R). P(R) =
Chapter8: Sequences, Series,and Probability
Section8.7: Probability
Problem 4ECP: Show that the probability of drawing a club at random from a standard deck of 52 playing cards is...
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A. A box is filled with several party favors. It contains 11 hats, 19 noisemakers, five finger traps, and ten bags of confetti.
Let H = the event of getting a hat.
Let N = the event of getting a noisemaker.
Let F = the event of getting a finger trap.
Let C = the event of getting a bag of confetti.
Find P(H). (Enter your probability as a fraction.)
B. A box is filled with several party favors. It contains 11 hats, 19 noisemakers, five finger traps, and ten bags of confetti.
Let H = the event of getting a hat.
Let N = the event of getting a noisemaker.
Let F = the event of getting a finger trap.
Let C = the event of getting a bag of confetti.
Find P(F). (Enter your probability as a fraction.)
C. Q and R are independent events. P(Q) = 0.4; P(Q AND R) = 0.04. Find P(R).
P(R) =
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