Cup Modeling (1) V2

Your task: Create a virtual model of this cup below. Keep reading below.
Measure the HEIGHT of this cup first. Make sure to hold the ruler perpendicular to your table or desk! (See pic.)
Next, measure the radius of the top opening and bottom opening of your bowl. To so do accurately, follow the instructions [size=200][b][url=https://www.geogebra.org/m/qzxmrvsp]seen here in this link[/url][/b][/size].
[size=150][b][size=200]Now go to[/size][/b] [size=200][b][url=https://www.geogebra.org/3d]GeoGebra 3D Calculator[/url]. Be sure to sign in (upper right corner) before you start. [br][br][/b][/size] Build your cup or bowl by plotting ordered triples (x, y, z) and using the SEGMENT [icon]/images/ggb/toolbar/mode_segment.png[/icon] tool to create its slant cross section. [/size][br][br]Next, be sure to watch the quick silent YouTube video below that illustrates how to create a surface of revolution (when you need to)!
How to Create a Surface of Revolution in GeoGebra 3D Calculator (quick silent demo)
Go to the [b]MENU[/b] (3 horizontal bars upper left corner). Go to [b]SAVE[/b]. Title it [b]Cup Model 1[/b]. Open this in GeoGebra 3D Calculator on you phone or tablet to test how well the virtual model fits over the real one. [br][br]If you forget how to do this, do the following: [br][list][*]Sign in to your GeoGebra account on Safari if you have an iPhone or iPad[/*][*]Sign in to your GeoGebra account on Chrome if you have an Android or other non-iOS tablet. [/*][*][url=https://youtu.be/_gjrdrqADZM?t=142]Follow the instructions seen here[/url]. (No need to watch the beginning of the video.)[/*][/list]

Measure a Radius Accurately

In this cup or bowl modeling project, it is important you measure the radius of both top and bottom circular openings accurately. [br][br]Please follow these steps to do so.
Trace the opening of the circular cup or bowl on a piece of paper.
Plot two points A and B anywhere on the circle.
Fold point A directly on top of point B. Crease sharply. Then unfold.
Plot two new points C and D on the circle.
Fold point C directly on top of point D. Crease sharply. Then unfold.
Note where your two fold lines intersect. This is the center of your circle. You can now easily measure its radius.

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