Write derivative of standard function

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x^2	x^	\log_	\sqrt	\nthroot[\msquare]	\le	\ge	\frac <\msquare>	\cdot	\div	x^	\pi
\left(\square\right)^	\frac	\frac <\partial>	\int	\int_<\msquare>^	\lim	\sum	\infty	\theta	(f\:\circ\:g)	f(x)

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          x^2	x^	\log_	\sqrt	\nthroot[\msquare]	\le	\ge	\frac <\msquare>	\cdot	\div	x^	\pi
          \left(\square\right)^	\frac	\frac <\partial>	\int	\int_<\msquare>^	\lim	\sum	\infty	\theta	(f\:\circ\:g)	f(x)

          - \twostack	\lt	7	8	9	\div	AC
          + \twostack	\gt	4	5	6	\times	\square\frac
          \times \twostack	\left(	1	2	3	-	x
          ▭\:\longdivision	\right)	.	0	=	+	y

          \mathrm \mathrm \mathrm \mathrm \mathrm asymptotes critical points derivative eigenvalues eigenvectors extreme points implicit derivative inflection points intercepts inverse laplace partial fractions geometric test alternating test telescoping test pseries test Go Generated by AI

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          The Derivative Calculator is an invaluable online tool designed to compute derivatives efficiently, aiding students, educators, and professionals alike. Here's how to utilize its capabilities:

          • Begin by entering your mathematical function into the above input field, or scanning it with your camera.
          • Click the 'Go' button to instantly generate the derivative of the input function.
          • The calculator provides detailed step-by-step solutions, facilitating a deeper understanding of the derivative process.
          Derivative Examples Related Symbolab blog posts High School Math Solutions – Derivative Calculator, the Chain Rule

          In the previous posts we covered the basic derivative rules, trigonometric functions, logarithms and exponents.