Answer: 42.5ft
Step-by-step explanation: The wording in your question is a little unclear. I assume that you are looking for how far the anchor line is from the base of the tower.
If so, you can use the Pythagorean Theorem.
a^2 + b^ = c^2
96^ + b^2 = 105^2
Solve for b, gives you about 42.53ft round up and it is 42.5 ft :)
Happy to help
Answer:
C
Step-by-step explanation:
This is a geometric sequence with n th term
= a 
Where a is the first term and r is the common ratio
r =
=
=
=
, hence
f(n) = 16
→ C
8u + 3 - u + 2u = 9
(8 - 1 + 2)u + 3 = 9
9u + 3 = 9 |subtract 2 from both sides
9u = 6 |divide both sides by 9
u = 6/9
u = 2/3
Try this option (see the attached picture).
Answer: 12 ft.
I have attached a screenshot with the complete question.
Answer:dilation factor is 2
Explanation:First, we will need to find the distance of AB as follows:
distance =

AB =

AB = √9 = 3 units
Dilation can be represented as follows:
A'B' = k * AB
where k is the dilation factor
We are given that:
A'B' = 6
We can note that:
A'B' = 2 * AB
Therefore, the dilation factor is 2.
Hope this helps :)