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Problem 7.29 Determine the coordinates of the centroids. Solution: Break into a rectangle, a triangle and...
Find the coordinates of the vertices of the rectangle WXYZ with coordinates W(3, -12), X(-7, -6), Y(-2, -4), Z(3, -10) after a dilation with a scale factor of 5. Write the answer as a matrix.
Problem 3. (15 points) T3 finite element is defined over AABC (in physical coordinates). The vertices of this triangle have the following coordinates: A(-3, -5), B(2,-1), and C(-6, 4) f(x, y)dS ДАВС where f(x, y) 3 2х?-5у? + 3ху+x — у. Bonus problem (5 extra points) a) Solve Problem 3 using 3 point integration rule. b) Which rule (1 point or 3 point) gives more accurate result? c) What is the integration error, if 3 point rule is used?
Problem...
Its java class pratice problem (Geometry: point in a rectangle?) Write a program that prompts the user to enter a point (x, y) and checks whether the point is within the rectangle centered at (0, 0) with width 10 and height 5. For example, (2, 2) is inside the rectangle and (6, 4) is outside the rectangle. (Hint: A point is in the rectangle if its horizontal distance to (0, 0) is less than or equal to10 / 2 and...
#49,53,57
3- lar coordinates to polar coordinates will Polar Coordinates Convert blar coordinates with r> 0 and the ove describe of the the rectangular con 050<27. 37. (-1,1) be app 39. (V8, V8) 41. (3.4) 38. (3V3,-3) 40. (-V6, -V2) 42. (1,-2) 44. (0, -V3) your a (a) Yo (b) YO 43. (-6,0) Rectangular Equations to Polar Equations Convert the equation to polar form. 45. x = y *.47. y = x² 49. x = 4 46. x² + y2...
Please solve this problem for me. Please break it down step by step. Do Not answer this problem if its not exact as below. Find the Laplace transform Y(s) of the solution to the following initial-value problem. Do not attempt to recover y(t) from each Y(s) you obtain. y'' - 4y = t^3 with y(0) = 1 and y'(0) = 3 The correct answer is Y(s) = s+3 / s^2-4 + 6 / s^4(s^2-4)
only do problem 3c, the second picture is the answer
to problem 2, the answer I got for 3b is -1/(r^2)
The tinction V(x, y,z) Problem 3 (20 pts). Considering the function V of problem 2, (a) Show that V can be written in spherical coordinates as V(r, θ, φ-1. (10 pts) r + θ + φ (b) The gradient of a function in spherical coordinates is VV Calculate the gradient of V in spherical coordinates. (5 pts) (e) Show...
Graph the following linear inequalities on the digital graph paper worksheet Problem 10. Show ALL your algebra steps that are required to determine the X and Y intercepts for both equations in the text box. From the MS Excel ribbon > Insert> Shapes> Lines. Y coefficient 4 Line # X coefficient "RHS" 36 48 0 Use the text box for you answer. Solve algebraically, showing ALL steps, for the solution, or "intersection" of 1. Equation 1 and equation 2. 2....
Graph the following linear inequalities on the digital graph paper worksheet Problem 10. Show ALL your algebra steps that are required to determine the X and Y intercepts for both equations in the text box. From the MS Excel ribbon > Insert> Shapes> Lines. Y coefficient 4 Line # X coefficient "RHS" 36 48 0 Use the text box for you answer. Solve algebraically, showing ALL steps, for the solution, or "intersection" of 1. Equation 1 and equation 2. 2....
In Java please!
Problem You will be using the point class discussed in class to create a Rectangle class. You also need to have a driver class that tests your rectangle. Requirements You must implement the 3 classes in the class diagram below and use the same naming and data types. Following is a description of what each method does. Point Rectangle RectangleDriver - x: int - top Left: Point + main(args: String[) - y: int - width: int +...
Section 6.2 Solution of IVP Section 6.2 Solution of I.V.P: Problem 4 Problem 4 User Settings Previous Problem Problem List Next Problem Grades (1 point) Use the Laplace transform to solve the following initial value problem: Problems C y" +by' = 0 y(0) = 2, y'(0) = 1 a. Using Y for the Laplace transform of y(t), i.e., Y = C{y(t)}, find the equation you get by taking the Laplace transform of the differential equation b. Now solve for Y(8)...