QUESTION 9 The MoveL command is O a point-to-point instruction without path control. O a point-to-point instruction with path control. O an axis-by-axis motion instruction. O a circle path instructio...
QUESTION 7 € The circle of radius 4 centered at the point (9,-2.1) and lying in a plane perpendicular lo the x-axis has equation O^ (z – 1)2 + (y – 0)2 = 42, z = -10 OB. (v) + (%)2 +1 = 42 OC (y + 2)2 + (z – 1)2 = 42, y+z=-10 oo + ) = 4?, =9 OE. (y + 2)2 + (z – 1)2 = 42,x=9
QUESTION 26 The circle of radius 4 centered at the point (9,-2,1) and lying in a plane perpendicular to the x-axis has equation OA (z - 1)2 + (y-0)2 = 42,2=-10 OB ** (y + 2)2 + (z - 1)2 = 42,x=9 SC_2+() 2 = 4, x = 9 100 (x + 2)2 +(2-1)2 = 42, y+z=-10 O
QUESTION 3 The circle of radius 4 centered at the point (9,-2, 1) and lying in a plane perpendicular to the x-axis has equation OA Ou (z - 1)2 + (9-0)2 = 42, z = -10 Ос 3)+()= 4?, x=9 0° (y + 2)2 + (z - 1)2 = 4*, x = 9 05. (y + 2)2 + (z – 1)2 = 4, y +z = -10
QUESTION 19 What is the time series h[n] 0.5" delta[n] +3" delatin-2] - 4"deltain-3] O hin] (0.5, 3,-4) O h[n] (3, 0.5,-4) D h[n] = {0.5, 0.3,-4) O h[n] (0, 0.5, 3,-4) of the following time-series function?
(TCO 4) A discrete signal or sequence is given in a table below as a function of n or a sample number. All values not shown can be assumed to be zero. Find the z-transform of the signal. Hint: Use the basic definition of z-transform: (2) => 2 (n) z ". no nor sample number Numerical value of sample or x(n) 4+3z-1 – 4z3 – 42-4 4 – 32+1 – 4z=3 – 42-4 4+3z-1 - 3z2 – 4z3 – 42-4...
Question 9 (10 points) Assume a standard control loop configuration with a controller and a plant using a non-negative gain, K, interconnected with negative, unity output feedback. Identify the real axis line segments where the Root Locus experiences a Breakaway Point. Assume the controller is C[z] = K and the plant is G 2 = 120.9370: 70 zíz-0.25)(2-0.5)(2-1) ! (Check all answers that apply.) Oz < 0.0 0 0.0 < Z < 0.25 O 0.25 < z < 0.5 O...
Question 8 (1 point) Which of the following sets is equal to {1,3}? o {2x + 1 € Z1-3 < x² < 3} {x² + 1 € Z|XE Z and x < 2} . o {x E N | 2x + 1 <2} o {x? EN|0 < 2x +1 < 3} O None of the above Question 7 (1 point) Let Α = {a, b, c} and consider the equivalence relation R = {(a, 1), (b, b), (c, c), (c,...
4 points Save Answe Question 2 What are two type of motion control systems and briefly discuss the difference between the two? : Е.Е.Т.,.. : 3 (12pt) TTİ 쫓 Paragraph : Arial Words:0 Path: p 4 points Save Answe Question 2 What are two type of motion control systems and briefly discuss the difference between the two? : Е.Е.Т.,.. : 3 (12pt) TTİ 쫓 Paragraph : Arial Words:0 Path: p
need help with second question, please include all steps. 2. Consider a z-transform given by 22 -2 23 322 42 +1 a) Using power-series expansion techniques, determine the first three (closest to n 0 non-zero (b) Using power-series expansion techniques, determine the first three (closest to n-0) non-zero (c) Suppose the ROC of X(2) has the form k2 2 k Devise a power-series expansion based terms of r n assuming the ROC of X() has form 2l < ki. What...
% MATLAB allows root loci to be plotted with the % rlocus(GH) command, where G(s)H(s) = numgh/dengh and GH is an LTI transfer- % function object. Points on the root locus can be selected interactively % using [K,p] = rlocfind(GH) command. MATLAB yields gain(K) at % that point as well as all other poles(p) that have that gain. We can zoom % in and out of root locus by changing range of axis values using % command axis([xmin,xmax,ymin,ymax]). root locus...