You have not provided any eqn that are required in question 13.
please help me to solve 8(a)(b), 13(a)(b), 3, 4! Please help me to solve all of...
Please show all your work. Thanks for your help! 1) Write an equation of the form g(x) -A sin(ax + φ) + B for the function shown below: 1 and that π π, find exact values for cos θ and sin(20) θ Given that sin θ 2)
please help on ALL 5 questions This is attempt 1 of 1. Solve 6 cos(2z)-2 for the smallest three positive solutions. Give your answers accurate to at least two decimal places, as a list separate Question 10. Points possible:1 This is attempt 1 of 1. This is attempt 1 of 1. Solve 4 sin3 for the four smallest positive solutions Preview Give your answers accurate to at least two decimal places, as a list sep Question 11. Points possible: 1...
can someone help me with 53 and 54. if you can, please show your work so I can understand Exer. 51-54: Refer to the graph of the equation on the specified interval. Find all values of x such that for the real number a, (a) y = a, (b) y > a, and (c) y <a. 51 y = sin x; [-277, 27]; a = 52 y = cos x; [0, 477]; a = 13/2 53 y = cos x;...
Solve parts a,b,c,d. Show matlab code and all steps. Show detailed explanation for part a The differential equations describing the motion of the inverted stick on a cart as given in the figure below are: (M + m)X(t) + ml cos θ(t)-θ(t)-m1θ2 (t) sin θ(t)-F(t) m12 θ(t) + ml cos θ(t)-X(t)-mgl sin θ(t)-r(t) For the questions below, assume the control input torque τ(1) is not available (r(1-0) a. Explain how a constant equilibrium angle 6()-30 can be accomplished. b. Express...
Please show matlab editor and command window B. (4 pts) Use the : operator to create the vectors x [2.5,1.50.5,-0.5,-1.51 and y [0.4,0.8,1.2,1.6,2], then use them in the following expression to compute vector z using element-by-element calculations C. (8 pts) A 70 lb bag of rice is being pulled by applying a force F at an angle θ as shown. The force required to drag the bag is given by: θ μ sin θ + cos θ Where u-0.35 is...
#2 #3 #4 #5 please help me with the TRUE or FALSE Given Vf(1,2, 0) = 3i +j -4k, at point (1,2, 0) the directional derivative in the direction <1, 2, -2> is... 5 None of the three. 13 3 13 Considerf (x, y) xe-2* at (x, y) (1,2) Which of the following is FALSE? To estimate f(0.9, 2. 2), let dx = -0. 1 and dy 0.2, calculatedf(1,2), and subtract it from f(1,2). f(1, 2) 1 None of the...
plz can you help me with this I only need the answer. only the answers please I will rate you yes 18:32 Thu 9 May 75 %- sin(x) dy = 0.9461 (2n+1) (2n1)! Need Help?Read lit Talk to a Tutor 12. 0.34/1 points | Previous Answers LarCalc11 9.10.073. My Notes Ask Your Approximate the normal probability with an error of less than 0.0001, where the probability is given by the following. (Round your answer to four decimal places.) x2/2 dx...
Please answer C 3. (8 marks total) Show which of the following mappings between real vector spaces are lincar and which are not lincar (a) LRR2 defined by L1(x) (r, 2x). (b) L2 R2 -R2, defined by L2(r, y) (cos(30) -ysin(30), z sin(30) +ycos(30)). (c)L:F(R;R) >R, defined by L()-s()(1) (d) L4 : Cao(R: R) > R, defined by Ldf) =おf(t)dt. (Notes: (i) The real vector space (F(R:R),+) consists of all functions from R to R (i.c. all real-valued functions of...
Please answer D 3. (8 marks total) Show which of the following mappings between real vector spaces are lincar and which are not lincar (a) LRR2 defined by L1(x) (r, 2x). (b) L2 R2 -R2, defined by L2(r, y) (cos(30) -ysin(30), z sin(30) +ycos(30)). (c)L:F(R;R) >R, defined by L()-s()(1) (d) L4 : Cao(R: R) > R, defined by Ldf) =おf(t)dt. (Notes: (i) The real vector space (F(R:R),+) consists of all functions from R to R (i.c. all real-valued functions of...
I figured out 1,2 and 3 but I’m stuck on 4 and 5. Please help me out if you can!! I know the quality isn’t the greatest, I’m sorry!! Homework1 STA4322 Homework 1, Spring 2019 Please turn in your own work, though you may discuss the problems with classmates, the TA, the Professor, the internet, etc. The most important thing is that you understand the problems and how they are solved as they will prepare you for the exam. Please...