GMAT Quantitative Reasoning › DSQ: Graphing a logarithm
Define a function as follows:
for nonzero real numbers .
Where is the vertical asymptote of the graph of in relation to the
-axis - is it to the left of it, to the right of it, or on it?
Statement 1: and
are both positive.
Statement 2: and
are of opposite sign.
Define a function as follows:
for nonzero real numbers .
Give the equation of the vertical asymptote of the graph of .
Statement 1:
Statement 2:
Define a function as follows:
for nonzero real numbers .
Give the equation of the vertical asymptote of the graph of .
Statement 1:
Statement 2:
Define a function as follows:
for nonzero real numbers .
Where is the vertical asymptote of the graph of in relation to the
-axis - is it to the left of it, to the right of it, or on it?
Statement 1: and
are both positive.
Statement 2: and
are of opposite sign.
Define a function as follows:
for nonzero real numbers .
Does the graph of have a
-intercept?
Statement 1: .
Statement 2: .
Define a function as follows:
for nonzero real numbers .
Does the graph of have a
-intercept?
Statement 1: .
Statement 2: and
have different signs.
Define a function as follows:
for nonzero real numbers .
Where is the vertical asymptote of the graph of in relation to the
-axis - is it to the left of it, to the right of it, or on it?
Statement 1:
Statement 2:
Define a function as follows:
for nonzero real numbers .
Give the equation of the vertical asymptote of the graph of .
Statement 1:
Statement 2:
Define a function as follows:
for nonzero real numbers .
What is the equation of the vertical asymptote of the graph of ?
Statement 1: and
are of opposite sign.
Statement 2: