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The derivative of the constant function ($\frac{3\sin\left(2y\right)}{\cos\left(y\right)^2+1}$) is equal to zero
Specify the solving method
The derivative of the constant function ($\frac{3\sin\left(2y\right)}{\cos\left(y\right)^2+1}$) is equal to zero
Solving a math problem using different methods is important because it enhances understanding, encourages critical thinking, allows for multiple solutions, and develops problem-solving strategies. Read more
Find derivative of 3sin2y/(cosy^2+1) using the product ruleFind derivative of 3sin2y/(cosy^2+1) using the quotient ruleFind derivative of 3sin2y/(cosy^2+1) using logarithmic differentiationThe constant rule for differentiation says that the derivative for any constant $k$ is equal to zero.
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