Answer:
QR = 5.
Step-by-step explanation:
Because the parallelograms are similar then the corresponding sides are in the same ratio.
So AB / PQ = BC / QR
9/3 = 15 / QR
15 / QR = 3
QR = 15/3
= 5. (answer)
Given that <span>the weights of farmer carl's potatoes are normally distributed with a mean of 8.0 ounces and a standard deviation of 1.1 ounces.
The probability of a normally distributed data between two values (a, b) is given by:

</span>
A solution is where the graph crosses the x axis (when y=0). Since the graph never touched the x axis, there is no solution.
I’m sure I can do better but I’m sure it was just not my fault that you were not my friend I wanna is that I got you a baby I gotta is your birthday I wanna is your birthday I hope so haha
Answer:
In a deck of 52 cards, there are 26 red cards.
The probability that the first drawn card is red:
P(A) = 26/52
Without replacement, the probability that the second drawn card is red:
P(B) = 25/51
Then, this dependent probability is calculated by:
P = P(A) x P(B) = (26/52) x (25/51) = 25/102 = 0.245 = 24.5%
Hope this helps!
:)