<em>I would say 50%.</em>
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Hope I helped you!</em></h3><h3><em>
Success!</em></h3>
Answer:
From the plot and from inspection of the equation the following are true
a.) The domain is the set of all real numbers greater than 2
b.) The x-intercept = (10,0) and there is no y-intercept
c.) A vertical asymptote is at x = 2
f.) The graph of g(x) is symmetric to its inverse exponential function over the line y = x
Step-by-step explanation:
The plot of the graph is attached.
From the plot and from inspection of the equation the following are true
a.) The domain is the set of all real numbers greater than 2
b.) The x-intercept = (10,0) and there is no y-intercept
c.) A vertical asymptote is at x = 2
f.) The graph of g(x) is symmetric to its inverse exponential function over the line y = x
3/5g-(1/3)=(-10/3)
move the 1/3 over
3/5g=(-10/3)+(1/3) (notice the + sign)
3/5g= (-9/3)
3/5g=(-3)
move the 3/5 over (divide)
g= (-3/(3/5))
g= (-3x5/3)
g= -15/3
g= -5
If we can repeat
6 numbers
6*6*6=216 ways
therea re 216 different 3 digit numbers you can make if we can repeat
if we cannot repeat
6*5*4=120, 120 ways if we cannot repeat numbers