Answer:
See Explanation
Step-by-step explanation:
The question is incomplete. I will assume the function is:
Required
Determine the rate of decay
In an exponential function 
,
The decay rate of the function is calculated as:
By comparison:
So, the equation becomes:
Make r the subject
<em>The rate of decay is 0.14</em>
The question is asking you how many times 6 can go into 36... So 6 goes into 36, 0.16/ 0.66 times
So Basically, 6 divided by 36 = 0.16
Answer:
74.4
Step-by-step explanation:
It is already rounded to the nearest tenth of a percent. If it was rounded to the nearest percent it'd be 74%.
Domain: -∞<x<∞
Range: -∞<x<∞
X-Intercept: x=0
Y-Intercept: y=0
Increasing on the interval of 0<x<∞
<span>Decreasing on the interval of -∞<x<0
</span>When A=0, the graph equals y=0
- When A is greater than 1, it makes the graph skinnier than <span>f(x)=|x|
- When A is less than 1 but greater than 0, it makes the graph fatter than </span><span>f(x)=|x|
- When A turns negative, it flips the graph upside down.
-When B is greater than 0, it translates the graph to the right
- When B is less than 0, it translates the graph to the left
When C is greater than 0, the graph moves upwards
When C is less than 0, the graph moves downwards</span>
Answer:
The constant rate of change is 1.5
The point that intersects the y axis is (0,0)
Step-by-step explanation:
Constant rate of change: y2-y1/x2-x1
(1,1.5) (2,3)
3-1.5=1.5
2-1=1
1.5/1=1.5
Constant rate of change is 1.5
Hope this helps!
