The graph below shows three different normal distributions. 3 normal distributions are shown. All 3 are at different points on t
2 answers:
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Answer:
The function is
The graph is attached.
Step-by-step explanation:
We have a function g(x) and we need to graph a new function that is function of g(x).
The final function is
We start by calculating g(x-2):
Then, we can calculate f(x) as:
Expressions can be represented as logarithms and exponents
Rogelio argument is correct
<h3>How to determine if Rogelio's claim is true</h3>The logarithmic equation is given as:
Apply logarithm rule, to rewrite the logarithmic equation
Evaluate the individual logarithmic expressions
Evaluate the quotient (i.e. divide the expression)
The above equation shows that is between 6 and 7
Hence, Rogelio argument is correct
Read more about equivalent expressions at: