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Answer:
B
Step-by-step explanation:
f(x) =
=> f(x)=
=> f(x) =
=> f(x) =
=> f(x) =
The correct answer is A.) f(x)=
x+1
This is because using slope intercept form (y=mx+b), we can solve.
m = slope
b= y-intercept
If you look at the graph, you can see the line crosses they y-axis at 1.
And if you follow the line using rise over run, you find that it is 1/3.
But because it is a negative line, it makes the slope negative.
Hope this helps!
This is because using slope intercept form (y=mx+b), we can solve.
m = slope
b= y-intercept
If you look at the graph, you can see the line crosses they y-axis at 1.
And if you follow the line using rise over run, you find that it is 1/3.
But because it is a negative line, it makes the slope negative.
Hope this helps!
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: