Find only the residues * cot z coth z Find the residue of F(z) = at z = 0. z3 Don't use any Al tool show ur answer in pe n and paper then take

B)Is w = Zez analytical function or not?

a ball thrown from the IS is at distance meter the ground, where S = at- bt2.form Hhe from as b are arbitrarg constant Also Fiud its velocity and acceleratiion at +=lsec given, a =5, b=2

. ^. 4 let f(x)=2x²-36x² + 20. Find the intervals where f is increasing. a) (-3,0) 0(3, ~) b) (-3,0) 0 (0,3) c) (-₁-3) 0 (0,3) d) (-0⁰0, -3) 0 (3₁ e) (0,3)0 (3,00)

Differentiate * f(w) = sinw +w²tan¯1w

The twice-differentiable function f is shown below on the domain (-9, 9). The graph of f has points of inflection at x = -2, x = 4, indicated by small green circles. What inferences can be made about the graphs of f, f', and f" on the interval (4, 6)? Graph of f 8. 7 4 3 -10 -9 -8 -7 -5 -4 -3 2 6. 8. -1 1 3 4 7 10 -1 --2 -3 -4 -5 -6 -7 -8 From the figure given above, it can be seen that the graph ofƒ on the interval (4, 6) is| and Based on these observations, it can be concluded that: On the interval (4,6), the graph of f' would be because f is On the interval (4, 6), the graph of f" would be because f is

How do you get the y' and 2y' in number 26

Let f be a twice differentiable function. One can show that use photo as reference where a,b,c are constants. Here the double primes denote the second order derivative. (USE PHOTO FOR FUNCTION) Match the following. FIND A, B, and C  answer options -2, -1, 0, 1, or 2

Suppose f.R→IR is a diffetinble funtion which satısfies flo) = 0 We want to show f': IR → IR is a coustant function if and anly if flx+yl =frx + fiy) for all ×, y & IR

by complex Please don't give handwritten answer..thanku