I would like to know if it is any possibility to use Arc cos hyperbolic in derivative of Arc sine hyperbolic ?
I would like to know if it is any possibility to use Arc cos hyperbolic in derivative of Arc sine hyperbolic ?
Y=(sin5x)^2x , find dy/dx
Let f(x)= -5ln(6x) I can't figure out how to find the fourth derivative. f'(x)= -5/x f'(4)= ___
Consider a growing bacterial cell that is producing a protein involved in binary fission. Suppose that, at a particular point in time, a bacterial cell has a volume of 1000 µm3 (microns...
The Chain Rule for antiderivatives is also known as the ___________________ rule. -derivative -substitution -product -integral
Using the second order derivative equation: ( (d2y)/(dx2) )-9y=o Which of the following would be true? y= e3x y=e-3x y=2e-3x ...
The de?finitions of derivative of two functions f and g are given by: f' (x) = lim f(x + Δx) - f (x) / Δx , g'(x) = lim g(x + Δx) - g(x) / Δx ...
Mostly having trouble with the x1x2 and x1x3 derivatives for some reason, so some explanation there would be helpful.
Find the derivative of the following functions: d^2 / dx2 (x sin x)
Use linear approximation and differential to approximate: sin 31`
(a) Find the average velocity of the particle over the interval [1; 3] seconds. (b) Find the instantaneous velocity of the particle at t = 1 second.
(a)Find the slope of the tangent to the graph of f at a general point x0 using the definition of limits. (b) Use the result in part (a) to find the slope of the tangent line at x0 = 1:
Also, find the maximum or minimum value of f(x). Sketch the graph and label the critical point/s.
i dont know how to deal with e and sine in the same equation.
Find the derivative of g'(x)=∫(u+4/u-5)du with upper bound 3x and lower bound 9x
Use the Fundamental Theorem of Calculus to find the derivative of f(x)=∫((1/3)t2-1)5dt with upper bound x2 and lower bound 3 f'(x)=?
find the derivative of g(x)= ∫(u+4/u-5)du with upper bound 3x and lower bound 9x g'(x)=?
Find the derivative of g(x) integral (u+4)/(u-5) with upper bound 3x and lower bound 9x
Use the fundamental theory of calculus to find the derivative of f(x)= integral ((1/3)t2-1)5 dt with upper bound x2 and lower bound 3 f'(x)=
#33. find the relative maxima y=5ln x-3x #35 find the equation of the tangent line to f(x)=3x+e^x at the point (0,1) #15. find the antiderivative of ∫9e^x/e^x+4 #40...