Answer:7.4%
Step-by-step explanation:
Answer:
1. $3.65
2. 4th graph
3. y = 1/2x
Step-by-step explanation:
1.
10.95 ÷ 3 = 3.65
2.
The fourth option (one on the bottom) makes the most sense.
3.
Rise/Run
y = 1/2x
57.63 or 57.6
This works because you get 55 and then you’d get 84 so you’d multiply by 7. This would be 7 and you would put a decimal and carry a 0 so it would 70. So you’d end up with 57.6
Answer:
P(King) = 4/52 = 1/13
Step-by-step explanation:
As we know there are 52 cards in total from 2 to 10, and King, Queen, Jack, and Ace, with each of them are equal in numbers which is 4.
Total Number of Kings in the Deck of Cards = 4
P(King) = Number of Kings/Total Number of Cards
= 4/52 = 1/13
Answer:
a. P(X=8)=0.0277
b. P(X<4)=0.3460
c. No. P(X<8)=0.9605
Step-by-step explanation:
a. Let x denote the event.
This is a binomial probability distribution problem expressed as

Where
- n is the total number of events
- p is the probability of a success
- x is the number of successful events.
Given that n=16, p=0.267, the probability of exactly 8 people not covering their mouths is calculated as:

Hence, the probability of exactly 8 people not covering their mouths is 0.0277
b. The probability of fewer than 4 people covering their mouths is calculated as:
-We calculate and sum the probabilities of exactly 0 to exactly 3:

Hence, the probability of x<4 is 0.3460
c. Would you be surprised if fewer than half covered their mouths:
The probability of fewer than half covering their mouths is calculated as:

No. The probability of fewer than half is 0.9605 or 96.05%. This a particularly high probability that erases any chance of doubt or surprise.