Web碱??"? P ?*T?@h-梢虴 櫀(? ?㈱?墤}滖,3)嶿t鬝??T妱J㏕塝+,U哷 ?y ?m- 撻m艾 =櫪J]l⑧ab躮垈8????1#纖x ┦?{G ?凐劌 T淽? ?┉c蜟賶画-M:?詴犺i2mFFG?逯mR揬欔QI詩 腰 4li矕蠜 ?L 投 3倢T$ D[锇庖?F??3] 抷zG库\?駫?詬 m歘7枫棥隣キ簤O裄qj,稼*^笘`ba#?S.搉>褢 22猆C且c伭玉0? 厨g j?註-鷈??碨沷睘枚Wd ... WebLet f(x) = 2x³ − ²x² – 3 1. Find the first derivative of the function. (This function can be easily factored without using the quadratic formula). f'(x) = 6x²-x 6x²-x=0 X(6x-1) X=0) 6x-1 6x= x=½ 2. Where are the relative extrema, if they exist? Show all parts of the analysis necessary to determine these point(s). Label everything you ...
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WebFinal answer. f (t) = (2t +14)[u(t+ 7)−u(t+ 3)] +(−4t −4)[u(t+ 3)− u(t −2)]+(2t −16)[u(t− 2)− u(t− 7)] +(−2t+ 12)u(t− 7) a) Re-order your expression as f (t− a)u(t− a) and then find the Laplace transform of that function i.e. F (s) a) Re-order your expression as f (t− a)u(t− a) and then find the Laplace transform ... WebWhen t = 0 the value of f is -3/7 Our line therefore "cuts" the f axis at f=-0.42857. f-intercept = -3/7 = -0.42857 Calculate the Slope : Slope is defined as the change in t divided by the change in f. We note that for f=0, the value of t is 1.500 and for f=2.000, the value of t is 8.500. So, for a change of 2.000 in f (The change in f is ... WebFind step-by-step College algebra solutions and your answer to the following textbook question: Consider the relationship 3r + 2t = 18. a. Write the relationship as a function r = f(t). b. Evaluate f(−3). c. Solve f(t) = 2.. hounded by david rosenfelt