The average rate of change of a function on an interval [a, b] is equal to 
. So, the average rate of change of f on the interval [-3, 9] is equal to 
.
Answer:
<em>solve the squared numbers</em>
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<em>subtract 64 from 289</em>
<em>square root 225</em>
<em>simplify that</em>
The answer is No.
Observed Frequency is the data you collect by observing a trial, while Experimental Probability is the ratio of the trials vs. the number of times something happens.
4 Dollars - 100%
3.60 Dollars - ?
Just Cross Multiply
4X = 360
X = 360/4
X = 90%
100%-90% = 10℅
The percent change is 10 percent
Answer: Our equation in polar form is r = 8*sin(θ)
Step-by-step explanation:
In polar form, we have that:
x = r*cos(θ)
y = r*sin(θ)
then, our equation is:
x^2 = y(8 - y) = 8y - y^2
now, we replace the variables by the expressions above:
(r*cos(θ))^2 = 8r*sin(θ) - (r*sin(θ))^2
r^2*(cos(θ)^2 + sin(θ)^2) = 8*r*sin(θ)
and (cos(θ)^2 + sin(θ)^2) = 1
so our equation is:
r^2 = 8*r*sin(θ)
we divide in both sides by r and get:
r = 8*sin(θ)
So that is our equation in polar form.
