well to help you solve this problem you should set an equation as so...
B=5F
B+F=120
Next you would plug in what B equals into the equation B+F=120 like so
5F+F=120
then you add like terms
6F=120
then you isolate the variable by dividing like so
6F=120
F=20
so Allison has 20 football cards and you would subtract 20 from 120
120-20=100
so Allison has 100 baseball cards
So first, let us say that the inner circle is circle B and the outer circle is circle A. The area of circle A minus the area of circle B gives you the area between them. So, the area of circle A is 14²π = 196π. The circle B's area is 6²π = 36π. Hence, the area is 160π between both of them. Now, the area of the outer circle as we found is 196π, so the probability that I would choose a point between the outer and inner circle is 160π/196π = 40/49.
799 represents the value of the painting when it was found; the painting will be worth $926 after 5 years.
Plugging the values into the formula, you would get f(x) = 799(1.03)^5. Evaluate, and you should find the answer.
2 times as much.
(In the cereal aisle at Costco they always have 2 boxes a pack)
Answer:
H
Step-by-step explanation:
Only H looks like a square from the top.
Answer: H
