Provide an appropriate response.Explain how the equation log x = 1 could be solved using the graph of f(x) = log x.
What will be an ideal response?
Graph f(x) = log x and g(x) = 1 on the same set of axes. The solution is the first coordinate of the point of intersection of the two graphs.
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Solve the problem.A gas station sells 4820 gallons of regular unleaded gasoline in a day when they charge $1.35 per gallon, whereas they sell 3938 gallons on a day that they charge $1.40 per gallon. Find a linear equation that relates gallons sold to price. Use this equation to predict the number of gallons sold at a price of $1.24 per gallon.
A. 6769.4 gallons B. 6764.5 gallons C. 6757.1 gallons D. 6760.4 gallons
Graph. State the domain, range, and vertical asymptote of the function.f(x) = log5(x + 1) - 2
A. Domain: (- 1, ?), range: (-?, ?)
Vertical asymptote: x = - 1
B. Domain: (- 1, ?), range: (-?, ?)
Vertical asymptote: x = - 1
C. Domain: (1, ?), range: (-?, ?)
Vertical asymptote: x = 1
D. Domain: (1, ?), range: (-?, ?)
Vertical asymptote: x = 1
Convert as indicated.508 cm to meters
A. 5080 m B. 50.8 m C. 5.08 m D. 50,800 m
Solve the exponential equation using the method of "relating the bases" by first rewriting the equation in the form 
3(6 - 3x) = 
A. {-3}
B. {9}
C. {3}
D. 