Name: 
 

Warmups Topic 7.6



Multiple Choice
Identify the letter of the choice that best completes the statement or answers the question.
 
 
Write an equation for the hyperbola that satisfies the given set of conditions.
 

 1. 

Vertices warmups_topic_7_6_files/i0030000.jpg and warmups_topic_7_6_files/i0030001.jpg, conjugate axis of length 4 units.
a.
warmups_topic_7_6_files/i0030002.jpg
c.
warmups_topic_7_6_files/i0030003.jpg
b.
warmups_topic_7_6_files/i0030004.jpg
d.
warmups_topic_7_6_files/i0030005.jpg
 

 2. 

Vertices warmups_topic_7_6_files/i0040000.jpg and warmups_topic_7_6_files/i0040001.jpg, conjugate axis of length 18 units.
a.
warmups_topic_7_6_files/i0040002.jpg
c.
warmups_topic_7_6_files/i0040003.jpg
b.
warmups_topic_7_6_files/i0040004.jpg
d.
warmups_topic_7_6_files/i0040005.jpg
 

 3. 

Find the coordinates of the vertices and foci and the equations of the asymptotes for the hyperbola with the equation warmups_topic_7_6_files/i0050000.jpg. Then graph the hyperbola.
a.
The coordinates of the vertices are warmups_topic_7_6_files/i0050001.jpg.
The coordinates of the foci are (0,warmups_topic_7_6_files/i0050002.jpg warmups_topic_7_6_files/i0050003.jpg).
The equations of the asymptote is warmups_topic_7_6_files/i0050004.jpg.warmups_topic_7_6_files/i0050005.jpg.
c.
The coordinates of the vertices are warmups_topic_7_6_files/i0050006.jpg.
The coordinates of the foci are (warmups_topic_7_6_files/i0050007.jpg warmups_topic_7_6_files/i0050008.jpg, 0).
The equations of the asymptote is warmups_topic_7_6_files/i0050009.jpg.warmups_topic_7_6_files/i0050010.jpg
b.
The coordinates of the vertices are warmups_topic_7_6_files/i0050011.jpg.
The coordinates of the foci are (0, warmups_topic_7_6_files/i0050012.jpg warmups_topic_7_6_files/i0050013.jpg).
The equation of the asymptotes is warmups_topic_7_6_files/i0050014.jpg.warmups_topic_7_6_files/i0050015.jpg
d.
The coordinates of the vertices are warmups_topic_7_6_files/i0050016.jpg
The coordinates of the foci are (warmups_topic_7_6_files/i0050017.jpg warmups_topic_7_6_files/i0050018.jpg, 0).
The equation of the asymptotes is warmups_topic_7_6_files/i0050019.jpg.warmups_topic_7_6_files/i0050020.jpg
 

 4. 

Find the coordinates of the vertices and foci and the equations of the asymptotes for the hyperbola with the equation warmups_topic_7_6_files/i0060000.jpg. Then graph the hyperbola.
a.
The coordinates of the vertices are warmups_topic_7_6_files/i0060001.jpg.
The coordinates of the foci are (0, warmups_topic_7_6_files/i0060002.jpg warmups_topic_7_6_files/i0060003.jpg).
The equation of the asymptotes is warmups_topic_7_6_files/i0060004.jpg.warmups_topic_7_6_files/i0060005.jpg
c.
The coordinates of the vertices are warmups_topic_7_6_files/i0060006.jpg.
The coordinates of the foci are (warmups_topic_7_6_files/i0060007.jpg warmups_topic_7_6_files/i0060008.jpg, 0).
The equation of the asymptotes is warmups_topic_7_6_files/i0060009.jpg.warmups_topic_7_6_files/i0060010.jpg     
b.
The coordinates of the vertices are warmups_topic_7_6_files/i0060011.jpg.
The coordinates of the foci are (0, warmups_topic_7_6_files/i0060012.jpg warmups_topic_7_6_files/i0060013.jpg).
The equation of the asymptotes is warmups_topic_7_6_files/i0060014.jpg.warmups_topic_7_6_files/i0060015.jpg     
d.
The coordinates of the vertices are warmups_topic_7_6_files/i0060016.jpg.
The coordinates of the foci are (warmups_topic_7_6_files/i0060017.jpg warmups_topic_7_6_files/i0060018.jpg, 0).
The equation of the asymptotes is warmups_topic_7_6_files/i0060019.jpg.warmups_topic_7_6_files/i0060020.jpg     
 



 
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