Answer:
1,320 Feet per min
Step-by-step explanation:
Answer:
2.4%
Step-by-step explanation:
We make use of the binomial probability equation, which is as follows:
P = [n! / (n - r)! r!] p ^ r * q ^ (n - r)
where,
n total number samples = 20
r is the selected number = 8
p, sin este valor no se puede realizar el ejercicio y no lo mencionas, pero encontré una pregunta igual y era de 20.37%, es decir 0.2037
q = 1 - 0.2037 = 0.7963
reemplazando:
P = [20! / ((20 - 8)! * 8!)] * [0.2037 ^ 8 * 0.7963 ^ (20 - 8)]
P = 125970 * 1.92685405*10^-7
P = 0.024 = 2.4%
Answer:
m = 6.75, -3.25
Step-by-step explanation:
In order to solve this, you have to solve for M by simplifying both sides of the equation and than isolating the variable.
When you do this, you get the answer m = 6.75, -3.25
$768,
She had to pay $64 a month and there are 12 months in a year. So 64 x 12= 768
So if the printer can print 27 pages in 4.5 minutes, then how much time does it need to print 324 pages?
The equation looks like this:
4.5/27 = ?/324
To find the value of ? divide 324 divided by 27 which equals 12. Then multiply 12 x 4.5 because to keep the equivalent, you must do the same to the top as you did the bottom. 12 x 4.5= 54
Answer: So, to print 324 pages, 54 minutes is needed.
4.5/27 = 54/324
I hope this helps:)