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Formulario Derivadas, de matematicas,
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Función f(x) Lagrange f'(x) Leibniz dy/dx Newton n Euler D n f(x) Funcional Df log_a(x) 1/(x ln(a)) dy/dx=1/(x ln(a)) n=1/(t ln(a)) Dn log_a(x)=1/(x ln(a)) D(log_a)=1/(x ln(a)) ln(x) 1/x dy/dx=1/x n=1/t Dn ln(x)=1/x D(ln)=1/x arcsin(x) 1/√(1-x²) dy/dx=1/√(1-x²) n=1/√(1-t²) Dn arcsin(x)=1/√(1-x²) D(arcsin)=1/√(1-x²) arccos(x) -1/√(1-x²) dy/dx=-1/√(1-x²) n=-1/√(1-t²) Dn arccos(x)=-1/√(1-x²) D(arccos)=-1/√(1-x²) arctan(x) 1/(1+x²) dy/dx=1/(1+x²) n=1/(1+t²) Dn arctan(x)=1/(1+x²) D(arctan)=1/(1+x²) c (constante) 0 dy/dx=0 n=0 Dn c=0 D(c)= mx+b (lineal) m dy/dx=m n=m Dn(mx+b)=m D(lineal)=m xn n x^(n-1) dy/dx=n x^(n-1) n=n t^(n-1) Dn(xn)=n x^(n-1) D(xn)=n x^(n-1) sin(x) cos(x) dy/dx=cos(x) n=cos(t) Dn sin(x)=cos(x) D(sin)=cos cos(x) -sin(x) dy/dx=-sin(x) n=-sin(t) Dn cos(x)=-sin(x) D(cos)=-sin tan(x) sec²(x) dy/dx=sec²(x) n=sec²(t) Dn tan(x)=sec²(x) D(tan)=sec² sec(x) sec(x)tan(x) dy/dx=sec(x)tan(x) n=sec(t)tan(t) Dn sec(x)=sec(x)tan(x) D(sec)=sec·tan csc(x) -csc(x)cot(x) dy/dx=-csc(x)cot(x) n=-csc(t)cot(t) Dn csc(x)=-csc(x)cot(x) D(csc)=-csc·cot cot(x) -csc²(x) dy/dx=-csc²(x) n=-csc²(t) Dn cot(x)=-csc²(x) D(cot)=-csc² e^x e^x dy/dx=e^x n=e^t Dn e^x=e^x D(e^x)=e^x a^x a^x ln(a) dy/dx=a^x ln(a) n=a^t ln(a) Dn a^x=a^x ln(a) D(a^x)=a^x ln(a)