2. There is a shape at the centre of the structure from the floor to the roof. Below is the position of the x and y coordinates. Position 1 2 3 4 5 x coordinate 0 B B -B -B y coordinate -4 0 A A 0 Present the shape by joining all points in FIVE straight lines. (b) Write down the equation for the FIVE straight lines. Wolfram Alpha Method ²f²²2(x (c) Determine the value of the upper and lower limits of x1, x2, yl, and y2. Find the volume of the pillar by using the below double integrals. Show and explain the working steps. z(x,y) dx dy (d) Determine the value of the upper and lower limits of x3, x4, y3, and y4. Using the reversed order double integrals, find the volume of the pillar. Show and explain the working steps. ***2(x,y) dy dx y3

2. There is a shape at the centre of the structure from the floor to the roof. Below is the position of the x and y coordinates. Position 1 2 3 4 5 x coordinate 0 B B -B -B y coordinate -4 0 A A 0 Present the shape by joining all points in FIVE straight lines. (b) Write down the equation for the FIVE straight lines. Wolfram Alpha Method ²f²²2(x (c) Determine the value of the upper and lower limits of x1, x2, yl, and y2. Find the volume of the pillar by using the below double integrals. Show and explain the working steps. z(x,y) dx dy (d) Determine the value of the upper and lower limits of x3, x4, y3, and y4. Using the reversed order double integrals, find the volume of the pillar. Show and explain the working steps. ***2(x,y) dy dx y3

Algebra & Trigonometry with Analytic Geometry

13th Edition

ISBN:9781133382119

Author:Swokowski

Publisher:Swokowski

Chapter7: Analytic Trigonometry

Section7.6: The Inverse Trigonometric Functions

Problem 91E

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