<span>A graph will be growing if its exponent is >1. If the exponent is <1 then it would decay. The graph will show a equation of f(x)= i *(r)^t
H=5.9 (0.82)^t ---->0.82 = </span>exponential <span>decay
y=0.8 (3.6)^t</span> ---->3.6 = <span>exponential growth
</span>f(t)=0.72 (15)^t ---->15 = exponential growth <span>
A=4/9 (8)^t</span> ---->8 = exponential growth <span>
A= (4/3)^t</span> ---->4/3 = exponential growth <span>
H= 7/2 (5/6)^t</span> ----> 5/6= exponential decay<span>
g(x)= 0.3(x)</span> ----> no exponent?
Answer:
9/15/19
Step-by-step explanation:
ANSWER
a. 6
EXPLANATION
On a dot plot , we use dots to represent frequencies.
The frequency 6, is represented by 6 dots.
The frequency 7, is represented by 7 dots.
The frequency 9, is represented by 9 dots.
The frequency 8, is represented by 8 dots.
The smallest number of dots is represented by 6.
The confidence interval for a <span>(1−α)%</span> confidence level is given by
<span>
(<span>θ0</span>−<span>Z<span>α/2 </span></span><span>σ/√n</span>, <span>θ0</span>+<span>Z<span>α/2 </span></span><span>σ/√n</span>)
</span><span>θ0</span> is the measured statistic, <span>Z<span>α/2</span></span> is the cutoff/critical value, and <span>σ/<span>√n</span></span> is the standard error. σ is the population standard deviation (if known) or can be estimated by a sample standard deviation. n is the sample size.
The cutoff value depends on the test you wish to use, and <span>θ0</span><span> depends on the statistic you wish to estimate.</span>
