X=15
Y=15
Please work out because i do not understand

X=15 Y=15 Please work out because i do not understand 3x Ω i2 at 2x Ω...
I want to see the work written out because I do not understand
how a for loop works without running it on MatLab
Exercise 13 (2 pts.): Predict the output that appears in Matlab's command window when the following Matlab program is run (REMEMBER to SHOW SOME WORK!) clear;clc a = 3; c=2; d = zeros (1,5) -2; for m - 1:5 x = (m-1)"c; y = (-1)^n; z=x-y; d(m) = z + 1; end
Solve the system. -3x+y+4z=1 x+y+z=0 -2x+z=-1 x+y-2z=0 Please show all steps! I thought I got the correct answer but my numbers don't work for the last given equation. Thank you!
Please help. Show work so I can understand how to do it
Ten pairs of data yield r = 0.003 and the regression equation =2+3x Also, the mean = 5 What is the best predicted value of y for x = 2? 7.0 5.0 8.0 17.0
Please solve and explain so that I can understand.
3.)-B = 2x-4,BD=2x-12, CD = x, and AC x + 5, what is the measure length of BC? ?, ajax -10x
Question Below are the graphs of f(x)= x²-3x²+1 and x² + y² = 2x²y2 a) Find the equation of the tangent line to the function (on left) at point (-1, f(-1)). 6) Calculate the slope of the tangent line to the function (on right) at point (1,1). 1- . 0,5 1 1.5 1 ST -1,8-1,694 -12 -1 -6.8-06-11-02 BIG 1 112 1,6 10
Use Gaussian Elimination only to solve 3x - 2y + z = 13 -2x + y + 4z = 11 x + 4y - 5z = -31
Question 1. (15 pts) Given f(x,
y) = 3x 2 + y 3 . (a) Find the gradient of f. (b) Find the
directional derivative of f at P0 = (3, 2) in the direction of u =
(5/13)i + (12/13)j.
Question 1. (15 pts) Given f(L,y) = 3x2 +y?. (a) Find the gradient of f. (b) Find the directional derivative off at P =(3,2) in the direction of u=(5/13)i + (12/13)j.
Please show all the work so I can understand Thank
you!!!
Simplify the following 1. cos(–3x) cos(-x) – cos (6 – 3x) sin(-x) cos (5 – ) - 1 2. 2 cos 3. sin12º – sin8°
Find f'(x) please show all work
C. f(x) = (3x - 5)(2x + 7)3 261 - Applied Calculus Homewor d. f(x) = (3x-5)
Solve the systems of equations by substitution #11 2x-y-2 3x+4y-6 Solve each system by elimination or by any convenient method #13 a) 3x+4y-1 2x-3y-12 b) -4x+3y--!5 3x-2y-4