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The paper cup shown in the attached document has radius R2=1.5R1, height (h), volume V=716 cm^3,and surface area (S). The height,volume,and surface area of the cup are given by: V= (pi*h(R1^2+R2^2+(R1*R2)))/3 S=pi*R1^2+pi*(R1+R2)*sqrt((R2-R1)^2+h^2) The above equations are shown clearly on the attached document. Determine R1,R2 and S of the paper cups with heights h=8,10,12,14 and 16 using the following Matlab methods: 1. Simulate equations without using a for loop 2.Simulate equations using a for loop The results should be displayed in a table form shown in image. The vectors may be transposed before printing to the screen

The paper cup shown in the attached document has radius R2=1.5R1, height (h), volume V=716 cm^3,and surface area (S). The height,volume,and surface area of the cup are given by: V= (pi*h(R1^2+R2^2+(R1*R2)))/3 S=pi*R1^2+pi*(R1+R2)*sqrt((R2-R1)^2+h^2) The above equations are shown clearly on the attached document. Determine R1,R2 and S of the paper cups with heights h=8,10,12,14 and 16 using the following Matlab methods: 1. Simulate equations without using a for loop 2.Simulate equations using a for loop The results should be displayed in a table form shown in image. The vectors may be transposed before printing to the screen

Mathematics For Machine Technology
Mathematics For Machine Technology
8th Edition
ISBN:9781337798310
Author:Peterson, John.
Publisher:Peterson, John.
Chapter15: Roots
Section: Chapter Questions
Problem 39A
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The paper cup shown in the attached document has radius R2=1.5R1, height (h), volume V=716 cm^3,and surface area (S). The height,volume,and surface area of the cup are given by: V= (pi*h(R1^2+R2^2+(R1*R2)))/3 S=pi*R1^2+pi*(R1+R2)*sqrt((R2-R1)^2+h^2) The above equations are shown clearly on the attached document. Determine R1,R2 and S of the paper cups with heights h=8,10,12,14 and 16 using the following Matlab methods: 1. Simulate equations without using a for loop 2.Simulate equations using a for loop The results should be displayed in a table form shown in image. The vectors may be transposed before printing to the screen
The paper cup shown below has Radius R2 = 1.5R1, height h, volume V = 716 cm³, and surface area S. The height, volume, and surface area of the cup are given by: V = Пh (R+R+R₁R₂) 3 S = πT R²+ π (R₁+R2)√(R2 − R₁)² + h² Determine R1, R2, and S of the paper cups with heights h = 8, 10, 12, 14, and 16 cm. • Method 1: Simulate Equations without using a for loop. Method 2: Simulate Equations using a for loop. Display results to the screen tabulated as shown below: For example as: h R1 R2 S 8 4.24 6.32 332.25 10 3.79 5.69 348.51 12 3.46 5.2 367.48 14 3.21 4.81 387.18 16 3 4.5 406.83 Or alternatively, you may display as:
Transcribed Image Text:The paper cup shown below has Radius R2 = 1.5R1, height h, volume V = 716 cm³, and surface area S. The height, volume, and surface area of the cup are given by: V = Пh (R+R+R₁R₂) 3 S = πT R²+ π (R₁+R2)√(R2 − R₁)² + h² Determine R1, R2, and S of the paper cups with heights h = 8, 10, 12, 14, and 16 cm. • Method 1: Simulate Equations without using a for loop. Method 2: Simulate Equations using a for loop. Display results to the screen tabulated as shown below: For example as: h R1 R2 S 8 4.24 6.32 332.25 10 3.79 5.69 348.51 12 3.46 5.2 367.48 14 3.21 4.81 387.18 16 3 4.5 406.83 Or alternatively, you may display as:
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