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Differentiate the function f(x)=(a+bx)menx using the product rule. Find g(x) such that f′(x)=(a+bx)m−1enxg(x).
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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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Helge Münnich 7 years ago
Created this as a copy of DIfferentiation: product rule.There are 8 other versions that do you not have access to.
Name | Type | Generated Value |
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a | integer |
2
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s1 | integer |
1
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b | integer |
1
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m | integer |
6
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n | integer |
2
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Generated value: integer
2
This variable doesn't seem to be used anywhere.
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{f(x)=({a}+{b}x){m}e{n}x}
You are given that {dfdx=({a}+{b}x){m−1}e{n}xg(x)}
for a polynomial g(x). You have to find g(x).
g(x)=
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