Answer:
- 20.3% o P=0.203
- 88.8% or P=0.888
- 18% or P=0.18
- 78% or P=0.78
8Step-by-step explanation:
- The probability is 188 wich are favorable cases for a fan attending multiple games over 925 wich is the total cases: [tex]frac{{188}{925}}[\tex]
- If the selected fan is male we should divide the amount of multiple-game male atendees over the total amount of multiple game attendees. [tex]frac{{167}{188}}[\tex]
- We multipliply the probability of a fan being male times the probability him being multiple-game male atendee [tex]frac{{700}{925}}frac{{167}{700}}[\tex]
- This probabily es the sum of the probability of an fan being man plus the prob of having attended multiple games, minus the probability of being a man AND having attended multiple games (as to not account for them twice) [tex]frac{{700}{925}}+frac{{188}{700}}-0.18[\tex]
Answer:
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Answer:
Step-by-step explanation:
Distance = Speed x Time and you need speed so the equation is
D divided by T = S
Cutwright 35 laps divided by 84 min .... 42mph
Evans 42 laps divided by 96.6 min ... 43 mph
Loza 38 laps divided by 102.6 min ... 37 mph
Evans went slightly faster than Cutwright
Factors of 31: 1, 31
Factors of 32: 1, 2, 4, 8, 16, 32
Which number is found in both lists?
GCF(31, 32) = 1
Answer: 1