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]
Exponential growth will be seen with exponentiated values that are themselves >1 and, for decay, < 1.
So going from left to right and top down:
first function is G(rowth)
2nd D(ecay)
3rd is G
4th is G
5th is D
6th is D
I think it’s linear. no numbers repeat. i could be wrong but LOL
Answer:
24.6 units
Step-by-step explanation:
Answer:
domain: -7, -1, 0, 1
Range: -1, 0, 1, 2, 7
Step-by-step explanation:
I don't know the drop-down menu choices so I can't answer that one for you sorry :(
But I hope this helps :)