The weight of bags of coffee beans at the grocery store follows a Normal distribution with a mean of μ = 7 ounces and a standard
1 answer:
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We will use the equation 
, where P is the initial amount invested, r is the interest rate in decimal form, n is the number of times in a year the money is compounded, and t is the number of years the money will be invested. Our P = 300, r = .04, n = 12 (there are 12 months in a year), and t = 8. Filling in accordingly, 
. Simplifying what we can gives us 
. Doing that addition inside the parenthesis and then raising that number to the 96th power gives us A(t) = 300(1.376395075) so A(t) = $412.92, choice B above.
Answer:
339 miles.
Step-by-step explanation:
Given:
A car rental agency advertised renting a car for $27.95 per day and 0.26$ per mile.
If Trevor rents this car for 4 days.
Question asked:
How many whole miles can he drive on a $200 budget?
Solution:
Total budget = $200
Trevor rents car for number of days = 4
As a car rental agency renting a car for $27.95 per day fixed charge, so Trevor must pay = Fixed charge per day number of days rented for
= $27.95 4
= $111.8
Remaining amount = $200 - $111.8 = $88.2
Now, to find number of miles he can travel, we will divide remaining amount by amount charged per mile
$88.2 $0.26 = 339.23 miles
Therefore, he can drive 339 miles on a $200 budget