Hi!
The answer is 6.2664 feet!
Hope this helps:))
Answer: A & B are the same answer --> 96, max
<u>Step-by-step explanation:</u>
Consider m is the degree of the numerator (top) and n is the degree of the denominator (bottom). Then the horizontal asymptote (H.A.) is based on the relationship between m and n:
- If m > n, then there is no H.A.
- If m = n, then y = coefficient of numerator ÷ coefficient of denominator
- If m < n, then y = 0
In the given problem, m = 1 and n = 1 so the H.A. is:

This is the maximum number of moose that the forest can sustain at one time.
You do whatever you need to do to one side of the equation in order to have
only ' y ' left on that side, AND every time you do something to that side of
the equation, do exactly the same thing to the other side.
Here are three examples, out of the 9 answers you want handed to you:
<em>#16:</em> <u>3x + 5y = 7</u>
Subtract 3x from each side: 5y = -3x + 7
Divide each side by 5 : <em>y = -3/5 x + 7/5</em>
======================================
<em>#17: </em> <u>13 = 12x - 2y</u>
Add 2y to each side: 2y + 13 = 12x
Subtract 13 from each side: 2y = 12x - 13
Divide each side by 2 : <em> y = 6x - 13/2</em>
======================================
<em>#22:</em> <u>1/4 y + 3 = -5x</u>
Subtract 3 from each side: 1/4 y = -5x + 3
Multiply each side by 4 : <em>y = -20x + 12</em>
Answer:
In decimal form it's 0.69897000... and in exact form it's 5
Step-by-step explanation:
Answer:
m(∠CAG) = 35°
Step-by-step explanation:
From the figure attached,
Apply Pythagoras theorem in ΔCAG,
Length of AC = 
= 
= 
= 45
Now find the tangent of the given angle CAG,
tan(∠CAG) = 
= 
m(∠CAG) = 
= 
= 34.992°
≈ 35°