Well if you’re using PEMDAS I assume you’re finding what e equals?
So following (parenthesis, exponents, multiplication, devision, addition, subtraction)
e=125/24 or 5 5/24
What are factors of -40?
(-20)(2)
(-10)(4) (sum of these factors is 6, which is not what we wanted)
(-5)(8) = -40 and the sum of the factors (-5) and (8) is 3.
{-5, 8} is the list of factors of -40 that add up to 3.
Okay, here we have this:
Considering the provided information, we are going to calculate the requested value, so we obtain the following:
Then we will substitute in the following formula:
Students who play soccer=Number of students*(Probability that they play soccer)
Replacing:
Students who play soccer=300*(12/25)
Students who play soccer=3600/25
Students who play soccer=144
Finally we obtain that 144 students would we expect to play soccer, based on Sean's experiment.
Answer:
$4,738.82
Step-by-step explanation:
Using the compound interest formula expressed as;
A = P(1+r/n)^nt
P is the principal = $1800
r is the rate = 6% = 0.06
t is the total time = 18years
n is the time of compounding = 1/4 years
Substitute
A = 1800(1+0.06(4))^(18/4)
A = 1800(1+0.24)^4.5
A = 1800()1.24)^4.5
A = 1800(2.6327)
A = 4,738.82
Hence the amount in the account after 18years is $4,738.82