Okay, so you have the last option (g(x)=3^x+2-7) as your first line at that is aligned with the x-axis then movies up slightly into Quad. one. Your answer for this is going to be... C. g(x)=3^x-2-7.
You are going to graph these by using only a few selected points, then finding your answer.
Your horizontal Asymptote is y=-7.
x--------------y
-2 -6.988
-1 -6.963
0 -6.889
2 -6
3 -4
Hope this helps you!!!
To determine the number of years to reach a certain number of population, we need an equation which would relate population and the number of years. For this problem, we use the given equation:
<span>P=1,000,000(1.035)^x
We substitute the population desired to be reached to the equation and evaluate the value of x.
</span>P=1,000,000(1.035)^x
1400000=1,000,000(1.035)^x
7/5 = 1.035^x
ln 7/5 = ln 1.035^x
x = ln 7/5 / ln 1.035
x = 9.78
Therefore, the number of years needed to reach a population of 1400000 with a starting population of 1000000 would be approximately 10 years.
Answer:
10 ft
Step-by-step explanation:
perpendicular (p)= 6 ft
base(b) =8 ft
hypotenuse (h) = ?
we know by using Pythagoras theorem
h = 
= 
= 10 ft
hope it helps :)
Answer:
a). 7
Step-by-step explanation:
3x-4=17
3x-4+4=17+4
3x=21
3x/3=21/3
x=7
