According to the HOMEWORKLIB RULES, I am only answering the first 4 subparts.
Where do you start for solving these? Exercise 3. Consider each of the following functions as...
2. (each 1 mark) Find the derivative of the following functions: 9x + 7 (a) y = 92 - 1 (b)r = (02 9016 /09 - 9 ( 9 ) (c) y=rºcot x + 9x2 cos x – 14x sin x 9t sint (d) s = cost + +9 (e) h(x) = cº sin (vą) + 240 sec (1) ) 10 (f) f(0) = (_sin 98 (1+cos 90 ) (g) g(x) = (1 + csc(+10) + In (922 – 8)...
Match each of the following functions, f, with p: its (truncated) Taylor polynomial approx- imation about a = 0. (d) f(x) = V4+. (a) f(x) = {x?; (b) f(x) = e-62; (@) f(x) = cos(2x); (1) p(x) = 1 – 62 +18x2 – 3624 – 32470. (i) P(x) = 2 + - 64 x2 + 5127 (ii) P(x) = 1 – 2x2 + xy - 1 10. (iv) p(x) = 1 +2° +2° +
Someone can help? For each n = 1,2,3,..., define fn (2):= (1 – 22n), for every € (-1,1]. Then the function fdefined by f(2):= lim fn (2) exists for each x € (-1,1) and is equal to 1200 Select one: Of(x) = 0 Of(x) = 2 f(2)= so 2 <1 1 2 = 1 Of(2) { Sx |x|<1 0.2 = 1 28y = 0 Dy2 Consider the following partial differential equation (PDE): ori or where u= u(x, y) is the...
Odd and Even Functions An even function has the property f(x) =f(-x). Consider the function f(x) Now, f (-a)-(-a)"-d f(a) An odd function has the property f(-x)-f(x). Consider the function f(x) Now, f (-a) = (-a)' =-a3 =-f(a) Declarative & Procedural Knowledge Comment on the meaning of the definitions of even and odd functions in term of transformations. (i) (ii) Show that functions of the formx) are even. bx2 +c Show, that f(x) = asin xis odd and g(x) =...
Model 1: Solving fory Most of the functions we have seen in this course are like those in Table 1 (and the first three functions in Table 2): They can be written explicitly in terms of x. That is, the function can be written as a single equation in the form y-... or, alternatively, f(x)-... in terms of x only Table 1 Table 2 Same function solved for vin terms of x only y=2x + 4 y=x3-3x2 + 13x-7 18x+5y...
YOU DONT HAVE TO DO THE EXTRA CREDIT. ALSO IF YOU DONT FEEL LIKE GRAPHING THEN YOU DONT HAVE TO DO THAT I DONT LIKE GRAPHING EITHER 3) a. Solve the systems of equations BY HAND, using any of the matrix methods we discussed in this class. DO NOT USE YOUR CALCULATOR FOR THIS PART. 4x + 8y - 4z = 4 3x + 8y + 5z = -11 -2x + y + 12z = -17 b. Now solve the...
2. Sketch the graph of the following functions and find the values of x for which lim f(x) does not exist. b)/(x) = 1, x = 0 f(x)- 5, x=3 c) x2 x>1 2x, x> 3 d) f(x)-v e) (x)- [2x 1- sin x Discuss the continuity of the functions given in problem #2 above. Also, determine (using the limit concept) if the discontinuities of these functions are removable or nonremovable 3. Find the value of the constant k (using...
need help with all of these thank you 1. Find the inverse function of f(x) = -2 a) f-'(x) = 2+2 b) f-'(x) = 2x+1 c) f-'(x) = x - 2 d) f-'(x) = 42 2. Combine 2log x - logy into a single logarithm. log 2. a) log b) Home and logy d) log 3. Find the following: log, 27 a) 3 b) If f(x) is a graph of a polynomial that has only x-intercepts of even multiplicity and...
Question 1. Consider these real-valued functions of two variables: (a) i) What is the maximal domain, D, for the functions f and g Write D in set notation (ii) What is the range of f and g? Is either function onto? ii) Show that f is not one-to-one iv) Find and sketch the level sets of g with heights: zo- 0, 0 2, 20 4 Note: Use set notation, and draw a single contour diagram.) v) Without finding Vg, on...
Exercise 25.5. On the region in RP where x + 2y > 0, consider the function f(x, y) = 3x²y – 2xy + 2V x + 2y. (a) Compute the Hessian matrix symbolically (i.e., as a 2 x 2 matrix whose entries are functions of x, y). (b) Compute the Hessian matrix at (x, y) = (-1,1) and at (1,0) (as matrices whose entries are fractions). (c) Using (b), determine the quadratic approximations to f(-1 + h, 1+ k) and...