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Math Problems
Algebra 1
Write a quadratic function from its vertex and another point
A parabola has a vertex at
(
−
4
,
−
2
)
(-4,-2)
(
−
4
,
−
2
)
and goes through the point
(
−
8
,
30
)
(-8,30)
(
−
8
,
30
)
. Determine its equation in vertex form and rewrite equation in standard form.
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Write the algorithm for decision tree. Generate a Decision tree for classification of loan approval or rejection. Consider the below attributes.
1
1
1
) age,
2
2
2
) Income group,
3
3
3
) CIBIL Score
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P
=
2
l
+
2
w
P=2 l+2 w
P
=
2
l
+
2
w
\newline
Which formula shows how the length of a rectangle can perimeter and the width?
\newline
A.
I
=
P
2
−
2
w
\quad I=\frac{P}{2}-2 w
I
=
2
P
−
2
w
\newline
B.
I
=
P
−
2
w
2
I=\frac{P-2 w}{2}
I
=
2
P
−
2
w
\newline
C.
1
=
P
2
+
w
\quad 1=\frac{P}{2}+w
1
=
2
P
+
w
\newline
D.
1
=
p
−
2
2
w
\quad 1=\frac{p-2}{2 w}
1
=
2
w
p
−
2
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Sketch the graph of the function. Leave the function in the gve points (the vertex is a necessary points that you need to find). State the vertex and points that fit on the graph. Use the normal movement of a parabola and stretch
0
0
0
to find the remaining points after you have found the vertex. Show all work.
\newline
1
1
1
)
y
=
−
3
x
2
+
6
x
+
5
y=-3 x^{2}+6 x+5
y
=
−
3
x
2
+
6
x
+
5
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My IXL
\newline
Learning
\newline
Assessment
\newline
Analyt
\newline
Y.
11
11
11
Write a quadratic function from its vertex and another point YGV
\newline
A parabola opening up or down has vertex
(
−
2
,
0
)
(-2,0)
(
−
2
,
0
)
and passes through
(
−
3
,
1
4
)
\left(-3, \frac{1}{4}\right)
(
−
3
,
4
1
)
. Write equation in vertex form.
\newline
Simplify any fractions.
\newline
Submit
\newline
Work it out
\newline
Not feeling ready yet? These can help:
\newline
4
4
4
\newline
Graph quadratic functions in vertex form
\newline
(
83
)
(83)
(
83
)
\newline
I.
\newline
Solve two-step linear
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3
3
3
. Write a quadratic function in vertex form that has a verte through the point
(
3
,
10
)
(3,10)
(
3
,
10
)
.
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A parabola opening up or down has vertex
(
0
,
−
6
)
(0,-6)
(
0
,
−
6
)
and passes through
(
10
,
19
)
(10,19)
(
10
,
19
)
. Write its equation in vertex form.
\newline
Simplify any fractions.
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A parabola opening up or down has vertex
(
0
,
−
1
)
(0,-1)
(
0
,
−
1
)
and passes through
(
12
,
17
)
(12,17)
(
12
,
17
)
. Write its equation in vertex form.
\newline
Simplify any fractions.
\newline
______
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A parabola opening up or down has vertex
(
0
,
−
5
)
(0,-5)
(
0
,
−
5
)
and passes through
(
8
,
11
)
(8,11)
(
8
,
11
)
. Write its equation in vertex form.
\newline
Simplify any fractions.
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A parabola opening up or down has vertex
(
0
,
−
6
)
(0,-6)
(
0
,
−
6
)
and passes through
(
6
,
3
)
(6,3)
(
6
,
3
)
. Write its equation in vertex form.
\newline
Simplify any fractions.
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A parabola opening up or down has vertex
(
0
,
−
4
)
(0,-4)
(
0
,
−
4
)
and passes through
(
8
,
12
)
(8,12)
(
8
,
12
)
. Write its equation in vertex form.
\newline
Simplify any fractions.
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A parabola opening up or down has vertex
(
0
,
−
1
)
(0,-1)
(
0
,
−
1
)
and passes through
(
12
,
11
)
(12,11)
(
12
,
11
)
. Write its equation in vertex form.
\newline
Simplify any fractions.
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A parabola opening up or down has vertex
(
0
,
−
7
)
(0,-7)
(
0
,
−
7
)
and passes through
(
8
,
1
)
(8,1)
(
8
,
1
)
. Write its equation in vertex form.
\newline
Simplify any fractions.
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A parabola opening up or down has vertex
(
0
,
−
6
)
(0,-6)
(
0
,
−
6
)
and passes through
(
12
,
12
)
(12,12)
(
12
,
12
)
. Write its equation in vertex form.
\newline
Simplify any fractions.
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