Solved

Find the Vertex, the Y-Intercept, and the X-Intercepts (If Any p(x)=x2+4x5p ( x ) = - x ^ { 2 } + 4 x - 5

Question 2

Multiple Choice

Find the vertex, the y-intercept, and the x-intercepts (if any exist) , and graph the function.
- p(x) =x2+4x5p ( x ) = - x ^ { 2 } + 4 x - 5
 Find the vertex, the y-intercept, and the x-intercepts (if any exist) , and graph the function. - p ( x )  = - x ^ { 2 } + 4 x - 5    A)   Vertex  ( - 2,1 )    x -int  = ( - 3,0 )  , ( - 1,0 )  ;  \mathrm { y } - \mathrm { int } = ( 0 , - 3 )   B)   Vertex  ( 2 , - 1 )   no  x -intercepts;  y -int  = ( 0 , - 5 )    C)   Vertex  ( - 2 , - 1 )   no  \mathrm { x } -intercepts;  \mathrm { y } -int  = ( 0 , - 5 )   D)   Vertex  ( 2,1 )    x -int  = ( 1,0 )  , ( 3,0 )  ;  \mathrm { y } -int  = ( 0 , - 3 )


A)  Find the vertex, the y-intercept, and the x-intercepts (if any exist) , and graph the function. - p ( x )  = - x ^ { 2 } + 4 x - 5    A)   Vertex  ( - 2,1 )    x -int  = ( - 3,0 )  , ( - 1,0 )  ;  \mathrm { y } - \mathrm { int } = ( 0 , - 3 )   B)   Vertex  ( 2 , - 1 )   no  x -intercepts;  y -int  = ( 0 , - 5 )    C)   Vertex  ( - 2 , - 1 )   no  \mathrm { x } -intercepts;  \mathrm { y } -int  = ( 0 , - 5 )   D)   Vertex  ( 2,1 )    x -int  = ( 1,0 )  , ( 3,0 )  ;  \mathrm { y } -int  = ( 0 , - 3 )
Vertex (2,1) ( - 2,1 )
xx -int =(3,0) ,(1,0) = ( - 3,0 ) , ( - 1,0 ) ;
yint=(0,3) \mathrm { y } - \mathrm { int } = ( 0 , - 3 )
B)  Find the vertex, the y-intercept, and the x-intercepts (if any exist) , and graph the function. - p ( x )  = - x ^ { 2 } + 4 x - 5    A)   Vertex  ( - 2,1 )    x -int  = ( - 3,0 )  , ( - 1,0 )  ;  \mathrm { y } - \mathrm { int } = ( 0 , - 3 )   B)   Vertex  ( 2 , - 1 )   no  x -intercepts;  y -int  = ( 0 , - 5 )    C)   Vertex  ( - 2 , - 1 )   no  \mathrm { x } -intercepts;  \mathrm { y } -int  = ( 0 , - 5 )   D)   Vertex  ( 2,1 )    x -int  = ( 1,0 )  , ( 3,0 )  ;  \mathrm { y } -int  = ( 0 , - 3 )
Vertex (2,1) ( 2 , - 1 )
no xx -intercepts;
yy -int =(0,5) = ( 0 , - 5 )
C)  Find the vertex, the y-intercept, and the x-intercepts (if any exist) , and graph the function. - p ( x )  = - x ^ { 2 } + 4 x - 5    A)   Vertex  ( - 2,1 )    x -int  = ( - 3,0 )  , ( - 1,0 )  ;  \mathrm { y } - \mathrm { int } = ( 0 , - 3 )   B)   Vertex  ( 2 , - 1 )   no  x -intercepts;  y -int  = ( 0 , - 5 )    C)   Vertex  ( - 2 , - 1 )   no  \mathrm { x } -intercepts;  \mathrm { y } -int  = ( 0 , - 5 )   D)   Vertex  ( 2,1 )    x -int  = ( 1,0 )  , ( 3,0 )  ;  \mathrm { y } -int  = ( 0 , - 3 )
Vertex (2,1) ( - 2 , - 1 )
no x\mathrm { x } -intercepts;
y\mathrm { y } -int =(0,5) = ( 0 , - 5 )
D)  Find the vertex, the y-intercept, and the x-intercepts (if any exist) , and graph the function. - p ( x )  = - x ^ { 2 } + 4 x - 5    A)   Vertex  ( - 2,1 )    x -int  = ( - 3,0 )  , ( - 1,0 )  ;  \mathrm { y } - \mathrm { int } = ( 0 , - 3 )   B)   Vertex  ( 2 , - 1 )   no  x -intercepts;  y -int  = ( 0 , - 5 )    C)   Vertex  ( - 2 , - 1 )   no  \mathrm { x } -intercepts;  \mathrm { y } -int  = ( 0 , - 5 )   D)   Vertex  ( 2,1 )    x -int  = ( 1,0 )  , ( 3,0 )  ;  \mathrm { y } -int  = ( 0 , - 3 )
Vertex (2,1) ( 2,1 )
xx -int =(1,0) ,(3,0) = ( 1,0 ) , ( 3,0 ) ;
y\mathrm { y } -int =(0,3) = ( 0 , - 3 )

Correct Answer:

verifed

Verified

Related Questions