Answer:
<h2>8 cans for $4</h2>Step-by-step explanation:
The choices they have to buy are
Sages team needs at least 75 cans, and they have only $50. Let's make inequalities with each option they have.
12 cans for $8:
The unit rate here is 67 cents per can. So, 75 cans would be
Which is out of their budget.
10 cans for $8 is just not the solution, because it's giving less cans for the same money.
8 cans for $4:
The unit rate is 50 cents per can. So, 75 would be
Therefore, the last package is the best choice to buy at least 75 cans with a budget of $50 only.
The length of BC is .
Solution:
Given ABC is a right triangle.
AC is the hypotenuse and BD is the altitude.
AB and BC are legs of the triangle ABC.
AC = 16 and DC = 5
<u>Leg rule of geometric mean theorem:</u>
Do cross multiplication.
Taking square root on both sides.
square and square roots get canceled, we get
The length of BC is .
You will have to use trig to solve this:
The side you have is adjacent to the known angle
The side you are looking for is opposite the known angle
^^^This means you need to use tan:
tan(24) =
.445222 =
^^^input tan(24) into calculator, then multiply 12 to both sides to isolate and solve for x
5.3 ≈ x
Hope this helped!
Answer:
0.35
Explanation:
<u>Follow the branch B and then branch D</u>
