__Category__: Differential Calculus

"Published in Newark, California, USA"

Find y' for
__Solution__:
Consider the given equation above
The given equation is a simple algebraic function in terms of x. Take the derivative of the given equation with respect to x by power formula as follows
Therefore, the answer is
__Category__: Differential Calculus

"Published in Newark, California, USA"

Find y' for
__Solution__:
Consider the given equation above
The
exponents at the given equation are negative. If the exponents are negative, then we can take the derivative by power formula also as
follows
Therefore, the answer is
__Category__: Differential Calculus

"Published in Newark, California, USA"

Find y' for
__Solution__:
Consider the given equation above
The exponents at the given equation are fractions. If the exponents are fractions, then we can take the derivative by power formula also as follows
Therefore, the answer is