Evaluate graphs of derivative functions

Related BrainMass Solutions

• Identifying Function, Derivative and Second Derivative from a Curve

  Identify the graphs A (blue), B( red) and C (green) as the graphs of a function and its derivatives: is the graph of the function is the graph of the function's first derivative is the graph of the function's second derivative Enter a T or

• first derivative and second derivative

  Identify local and global maxima and minima of f in the interval. (e) graph f. Please see the attached file for detailed solution and graphs The solution is a detailed guide on first derivative and second derivative of functions.

• Application of Derivative and Evalution of Integral

  the functions in detail.

• Derivatives of Polynomials and Exponential Functions

  Equations, diagrams, graphs and special characters will not appear correctly here. Thank You. ================================ Chapter 3.1 Derivatives of Polynomials and Exponential Functions.

• Derivatives and graphing

  212527 Graphs and derivatives See attached problems The graph of the first derivative of f is shown.... The solution is attached This provides examples of working with functions when given information about the derivatives and critical points.

• Derivatives, logarithmic differentiation, and integration of transcendental functions.

  , logarithmic differentiation, and integration of transcendental functions are investigated.

• Integral e^(1+i)x dx and roots of 1 and (1+i)

  Anti derivative of eax is eax/a In this problem a = (1+i) = e (1+i)x/(1+i) b) By considering the real and imaginary parts of the integral in part (a), evaluate the real integrals and = e (1+i)x/(1+i) Consider the right

• Differentiation and graph a function

  Sketch graphs of f for (a) f' is less than zero and (b) f' is greater than zero. Please see the attached file. This shows how to sketch a graph given the derivative. The decreasing functions are determined.

• Integration

  : 4∫1 (4+^/¯x)^2 / 2^/¯x (dx) Evaluate: ∫2cos^2 xdx Sketch the region bounded by the graphs of Figure and then find its area.