The answer of this problem is that you have to multiply 6 times 5 so the answer is 30 units3
Answer:
B,(30)
Step-by-step explanation:
Answer: 26.8 feet
Step-by-step explanation:
In the figure attached you can see two right triangles triangle ABD and a triangle ACD.
You are located at point B and the other person at point C.
The approximate height of the lifeguard station is <em>x</em>.
Keep on mind that:

Therefore:
<em>For the triangle ABD</em>:
[EQUATION 1]
<em>For the triangle ACD:</em>
[EQUATION 2]
Solve from DC from [EQUATION 2]:

Substitute into [EQUATION 1] and solve for x:

≈26.8ft
Y(y + 4) - y2 = 6
y2 + 4y - y2 = 6
4y = 6 ⇒ False