Need help with this question. Thank you :) Question 19. Sketch the graph of y =...
Question 8 a) Sketch the graph of y=sin(x) and y=sin(2x) for 0<xs. b) Show that the area of the region bounded by these graphs is 4
(a) (2 points) In the plane below, sketch the region corresp below, sketch the region corresponding to: {(x, y) - 1<y <2}. Use the convention that, if the boundary of a region is included in the dicated using a solid line. Otherwise, use a dashed/dotted line. Clearly show any 2 and y intercepts on your graph.
Question 4 (2+4+4+1+4 = 15 marks) Consider the function y = 4 sin (2x-π) for-r below to sketch the graph of y. x < π. Follow the steps (a) State the amplitude and period in the graph of this function 4 sin (22-9 ) for-r (b) Solve y π to find the horizontal intercepts x (a-intercepts) of the function. (c) Find the values of x for-π π for which the maximum. and the x minimum values of the function occur...
Sketch a geaph of x-4y=-8 Question 1 < Sketch a graph of I 4y = - 8 5+ 4 3+ N 1 -5 4 3 -2 -1 -1 1 2 3 4 5 -2 3 -4 -5+ Clear All Draw:
Eliminate the parameter to sketch the curve: 2 = sin -0, 1 y = cos -0, 20, - <O<a
18-19 please Solve the inequality. Then graph the solution. 19. 2x 1 <3
M<a a) Find the Fourier transform of b) Graph (x) and its Fourier transform fora c) Hence evaluate f(x) =| 3 d) Deduce r sin u
Find and classify the critical points of these functions (that is, are they local maxima, minima, saddle points, or points where the function is not differentiable) (a) h(x, y) = (12-2) (b) k(x,y) = sin(I) cos(y), with the domain {(1,y) |+ y2 < 4}.
(-2<x<3 21 Graph the feasible region for the system-15y 35 (2x + y<6
Need it fast !! 1. Graph the solution region for the following: 2x + y<3 1x – 2y -1