**Answer:**

$375

**Step-by-step explanation:**

3750 × 10%

3750 × 10/100

375

**Answer:**

**The maximum distance is 17.5 miles**

**No she can't make to the airport.**

**Step-by-step explanation:**

Given the cab charges $0.8 per mile and $2 for tolls.

let the miles travelled by melissa be x.

The total charge is $

Now given that she can spend a maximum of $16

so the inequality is

Therefore the maximum distance she can travel is 17.5 miles

Since the distance to airport is 25 miles which is greater than 17.5 miles she cannot afford the cab.

**Answer:**

13680

**Step-by-step explanation:**

(thank youuu)

If you type in both the coordinates it’ll give you the answer on google. That’s how I did this.

Let event A = Caroline buys fruit, event B = Caroline buys CD, Ac and Bc are complementary events.

Events AB, ABc, AcB and AcBc are jointly exhaustive and disjoint, hence P(AB) + P(ABc) + P(AcB) +P(AcBc) =1.

Events A and B independent, hence Ac and Bc independent too and probability P(AcBc) = P(Ac)*P(Bc) = (1 - P(A))(1-P(B)) = 0.6*0.4 = 0.24.

Required probability P(AB + ABc + AcB ) = P(AB) + P(ABc) + P(AcB) = 1- P(AcBc) = 1 - 0.24 = 0.76.

Answer: Probability that Caroline buys fruit, a CD or both is 0.76.