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Finding the stationary points of a cubic with two turning points
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England schools
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England university
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Scotland schools
Taxonomy: mathcentre
Taxonomy: Kind of activity
Taxonomy: Context
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Paul Howes 8 years, 2 months ago
Created this as a copy of Differentiation 16 - Applications.There are 34 other versions that do you not have access to.
Name | Type | Generated Value |
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a | integer |
-2
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c | integer |
16
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b | decimal |
dec("2")
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r1 | integer |
8
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||||
r2 | integer |
2
|
||||
mn | integer |
1
|
||||
d | integer |
10
|
||||
lg2 | string |
$\gt$
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||||
lg1 | string |
$\lt$
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type1 | string |
maximum
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mx | integer |
0
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||||
type2 | string |
minimum
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f1 | number |
2
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||||
f2 | number |
-1.3333333333
|
Generated value: integer
-2
This variable doesn't seem to be used anywhere.
Gap-fill
Ask the student a question, and give any hints about how they should answer this part.
{polynomialgraph(a,b,c,d)}
f(x)={{a}x3+{b}x2+{c}x+{d}}
f′(x)=
f″(x)=
Find when f′(x)=0, hence find:
x-coordinate of the stationary point giving a minimum =
x-coordinate of the stationary point giving a maximum =
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