Answer: 6
Step-by-step explanation:
Given, Jamie needs to ship 48 plates and 54 bowls to a store.
If she wants to ship the same number of items in each box such that plates and bowls are shipped separately. .
then the greatest number of items she can ship in each box = GCD (48,54)
[GCD = Greatest common divisor]
Prime factorization of both numbers:
48 = 2 x 2 x 2 x <u>2 x 3</u>
54 = <u>2 x 3 </u>x 3 x 3
GCD (48,54)= 2 x 3 = 6
Hence, the greatest number of items she can ship in each box =6
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]
X=0 solve by simplify both sides of the equation then isolating the variable sorry if wrong
Answer:1-5
Step-by-step explanation:Assuming the spinner is numbered 1–5 and has an equal chance of landing on any number, you have two independent probabilities, each 1 in 5.
Just multiply those: 1/5 * 1/5 = 1/25. You have a 4% chance of getting 2 twice.
Of course, if there’s anything special about spinning “2”, you’ll be keyed to watch for it after getting 2 the first time. Now there’s a 20% chance (1 in 5) you’ll spin it again, and you’ll be very excited that you got 2 twice in a row. Another way of saying that is that the probability of something that has already happened is 100%.