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Graph the Ellipse 4x2+25y2250y+525=04 x ^ { 2 } + 25 y ^ { 2 } - 250 y + 525 = 0

Question 17

Multiple Choice

Graph the ellipse. Specify the lengths of the major and minor axes, the foci, the center and the eccentricity. 4x2+25y2250y+525=04 x ^ { 2 } + 25 y ^ { 2 } - 250 y + 525 = 0


A) center: (0, 5) ;
Degenerate ellipse  Graph the ellipse. Specify the lengths of the major and minor axes, the foci, the center and the eccentricity.  4 x ^ { 2 } + 25 y ^ { 2 } - 250 y + 525 = 0  A)  center: (0, 5) ; Degenerate ellipse   B)  center: (1,  \frac { 3 } { 2 }  ) ; Degenerate ellipse   C)  center: (5,0) ; Length of major axis: 10; Length of minor axis: 4; Foci:  ( 5 , \pm \sqrt { 21 } )   ; Eccentricity:  \frac { \sqrt { 21 } } { 5 }    D)  center: (0, 5) ; Length of major axis: 10; Length of minor axis: 4; Foci:  ( 0,5 \pm \sqrt { 21 } )   ; Eccentricity:  \frac { \sqrt { 21 } } { 5 }    E)  center: (0, 5) ; Length of major axis: 10; Length of minor axis: 4; Foci:  ( \pm \sqrt { 21 } , 5 )   ; Eccentricity:  \frac { \sqrt { 21 } } { 5 }
B) center: (1, 32\frac { 3 } { 2 } ) ;
Degenerate ellipse  Graph the ellipse. Specify the lengths of the major and minor axes, the foci, the center and the eccentricity.  4 x ^ { 2 } + 25 y ^ { 2 } - 250 y + 525 = 0  A)  center: (0, 5) ; Degenerate ellipse   B)  center: (1,  \frac { 3 } { 2 }  ) ; Degenerate ellipse   C)  center: (5,0) ; Length of major axis: 10; Length of minor axis: 4; Foci:  ( 5 , \pm \sqrt { 21 } )   ; Eccentricity:  \frac { \sqrt { 21 } } { 5 }    D)  center: (0, 5) ; Length of major axis: 10; Length of minor axis: 4; Foci:  ( 0,5 \pm \sqrt { 21 } )   ; Eccentricity:  \frac { \sqrt { 21 } } { 5 }    E)  center: (0, 5) ; Length of major axis: 10; Length of minor axis: 4; Foci:  ( \pm \sqrt { 21 } , 5 )   ; Eccentricity:  \frac { \sqrt { 21 } } { 5 }
C) center: (5,0) ;
Length of major axis: 10;
Length of minor axis: 4;
Foci: (5,±21) ( 5 , \pm \sqrt { 21 } ) ;
Eccentricity: 215\frac { \sqrt { 21 } } { 5 }  Graph the ellipse. Specify the lengths of the major and minor axes, the foci, the center and the eccentricity.  4 x ^ { 2 } + 25 y ^ { 2 } - 250 y + 525 = 0  A)  center: (0, 5) ; Degenerate ellipse   B)  center: (1,  \frac { 3 } { 2 }  ) ; Degenerate ellipse   C)  center: (5,0) ; Length of major axis: 10; Length of minor axis: 4; Foci:  ( 5 , \pm \sqrt { 21 } )   ; Eccentricity:  \frac { \sqrt { 21 } } { 5 }    D)  center: (0, 5) ; Length of major axis: 10; Length of minor axis: 4; Foci:  ( 0,5 \pm \sqrt { 21 } )   ; Eccentricity:  \frac { \sqrt { 21 } } { 5 }    E)  center: (0, 5) ; Length of major axis: 10; Length of minor axis: 4; Foci:  ( \pm \sqrt { 21 } , 5 )   ; Eccentricity:  \frac { \sqrt { 21 } } { 5 }
D) center: (0, 5) ;
Length of major axis: 10;
Length of minor axis: 4;
Foci: (0,5±21) ( 0,5 \pm \sqrt { 21 } ) ;
Eccentricity: 215\frac { \sqrt { 21 } } { 5 }  Graph the ellipse. Specify the lengths of the major and minor axes, the foci, the center and the eccentricity.  4 x ^ { 2 } + 25 y ^ { 2 } - 250 y + 525 = 0  A)  center: (0, 5) ; Degenerate ellipse   B)  center: (1,  \frac { 3 } { 2 }  ) ; Degenerate ellipse   C)  center: (5,0) ; Length of major axis: 10; Length of minor axis: 4; Foci:  ( 5 , \pm \sqrt { 21 } )   ; Eccentricity:  \frac { \sqrt { 21 } } { 5 }    D)  center: (0, 5) ; Length of major axis: 10; Length of minor axis: 4; Foci:  ( 0,5 \pm \sqrt { 21 } )   ; Eccentricity:  \frac { \sqrt { 21 } } { 5 }    E)  center: (0, 5) ; Length of major axis: 10; Length of minor axis: 4; Foci:  ( \pm \sqrt { 21 } , 5 )   ; Eccentricity:  \frac { \sqrt { 21 } } { 5 }
E) center: (0, 5) ;
Length of major axis: 10;
Length of minor axis: 4;
Foci: (±21,5) ( \pm \sqrt { 21 } , 5 ) ;
Eccentricity: 215\frac { \sqrt { 21 } } { 5 }  Graph the ellipse. Specify the lengths of the major and minor axes, the foci, the center and the eccentricity.  4 x ^ { 2 } + 25 y ^ { 2 } - 250 y + 525 = 0  A)  center: (0, 5) ; Degenerate ellipse   B)  center: (1,  \frac { 3 } { 2 }  ) ; Degenerate ellipse   C)  center: (5,0) ; Length of major axis: 10; Length of minor axis: 4; Foci:  ( 5 , \pm \sqrt { 21 } )   ; Eccentricity:  \frac { \sqrt { 21 } } { 5 }    D)  center: (0, 5) ; Length of major axis: 10; Length of minor axis: 4; Foci:  ( 0,5 \pm \sqrt { 21 } )   ; Eccentricity:  \frac { \sqrt { 21 } } { 5 }    E)  center: (0, 5) ; Length of major axis: 10; Length of minor axis: 4; Foci:  ( \pm \sqrt { 21 } , 5 )   ; Eccentricity:  \frac { \sqrt { 21 } } { 5 }

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