what is the differentiation of ( 1-cos/1+cosx)
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Answer:
y′=−2sinx(1−cosx)2
Explanation:
You can differentiate this function by using the quotient rule and the derivative of cosx, which is
ddx(cosx)=−sinx
For a function that can be written as
y=f(x)g(x), where g(x)≠0
the quotient rule allows you to find its derivative by using the formula
ddx(y)=[ddx(f(x))]⋅g(x)−f(x)⋅ddx(g(x))(g(x))2
In your case,
f(x)=1+cosx and g(x)=1−cosx
This means that you can write
ddx(y)=[ddx(1+cosx)]⋅(1−cosx)−(1+cosx)⋅ddx(1−cosx)(1−cosx)2
y′=−sinx⋅(1−cosx)−(1+cosx)⋅(−(−sinx))(1−cosx)2
y′=−sinx+sinx⋅cosx−sinx−sinx⋅cosx(1−cosx)2
y′=−2sinx(1−cosx)2
I hope it's help U :-))
y′=−2sinx(1−cosx)2
Explanation:
You can differentiate this function by using the quotient rule and the derivative of cosx, which is
ddx(cosx)=−sinx
For a function that can be written as
y=f(x)g(x), where g(x)≠0
the quotient rule allows you to find its derivative by using the formula
ddx(y)=[ddx(f(x))]⋅g(x)−f(x)⋅ddx(g(x))(g(x))2
In your case,
f(x)=1+cosx and g(x)=1−cosx
This means that you can write
ddx(y)=[ddx(1+cosx)]⋅(1−cosx)−(1+cosx)⋅ddx(1−cosx)(1−cosx)2
y′=−sinx⋅(1−cosx)−(1+cosx)⋅(−(−sinx))(1−cosx)2
y′=−sinx+sinx⋅cosx−sinx−sinx⋅cosx(1−cosx)2
y′=−2sinx(1−cosx)2
I hope it's help U :-))
madhura41:
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di difference is not same
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