Represented by the Graph

• Quadratic

• Cubic

• Logarithmic

• Square Root

• Exponential

• Absolute Value

• Cubic

• Logarithmic

• Cube Root

• Exponential

• Absolute Value

• Quadratic

• Logarithmic

• Cube Root

• Exponential

• Absolute Value

• Quadratic

• Reciprocal

• Cube Root

• Exponential

• The graph of g is steeper than the graph of f, and the y-intercept is translated up.

• The graph of g is less steep than the graph of f, and the y-intercept is translated down.

• The graph of g is less steep than the graph of f, and the y-intercept is translated up.

• The graph of g is steeper than the graph of f, and the y-intercept is translated down.

• The graph of g is steeper than the graph of f, and the y-intercept is translated down.

• The graph of g is steeper than the graph of f, and the y-intercept is translated up.

• The graph of g is less steep than the graph of f, and the y-intercept is translated down.

• The graph of g is less steep than the graph of f, and the y-intercept is translated up.

The graphs of linear functions f and g are shown on the grid. Which function is best represented by the graph of g?

The graphs of linear functions f and g are shown on the grid. Which function is best represented by the graph of g?

The graphs of linear functions f and g are shown on the grid. Which function is best represented by the graph of g?

f\left(x\right)=x and g\left(x\right)=2x-4
Which statement about the relationship of these two graphs is true?

• The graph of g is steeper than the graph of f, and the y-intercept has been translated up.

• The graph of g is less steep than the graph of f, and the y-intercept has been translated up.

• The graph of g is less steep than the graph of f, and the y-intercept has been translated down.

• The graph of g is steeper than the graph of f, and the y-intercept has been translated down.