The dimensions given when you have a triangle is the base and height of the triangle. The formula for the area is
A = 0.5bh
The unknown here is h. We can determine that from the cost of mulch that covers the whole area of the triangle. The equation would be:
4A = 33
Substituting A = 0.5*5.5*h = 2.75h to the equation:
4(2.75h) = 33
11h = 33
h = 33/11
h = 3 feet
<h2>
Answer:</h2>
m∠MLQ = 60°. (<u>Equilateral triangle</u>)
Hence, m∠QLP = 30°.
<u>ΔLQP is an isosceles triangle (LQ and LP are congruent)</u>
m∠LPQ = m∠LQP = (180 - 30)/2
m∠LQP = 150/ 2
m∠LQP = 75°.
1 baker would make 45 cakes in 3 hours
All 3 bakers would make 135 cakes in 3 hours
Answer:
C.8.12 units
Step-by-step explanation:
Given the coordinates of two points:

The distance between these points is determined by the following equation:

We can extract the exact coordinates from the graph provided by the problem:

Therefore:

I don't see the correct answer from the choices given. So I would say the most aproximate is C.