Cabri Ii Plus 14 5 Serial Number
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How to Install and Activate Cabri II Plus 14.5
Cabri II Plus is a dynamic math and geometry software that allows you to create geometric and numerical constructions, explore and make conjectures, reason and prove, problem-solve, and auto-evaluate. It is designed for students and teachers of secondary school level mathematics.
In this article, we will show you how to install and activate Cabri II Plus 14.5 on your computer.
To install Cabri II Plus 14.5, you need to have a computer with the following minimum requirements:
PC: Windows XP/Vista/7 or higher
Mac: Mac OS X 10.3 or higher
Recommended: 800Mhz or higher processor, 256MB RAM, OpenGL compatible graphics card with 64MB RAM or more
You can download a free one-month trial version of Cabri II Plus 14.5 from the official website[^1^]. You can also purchase a one-year license for 25â ex VAT or an unlimited period license for 100â ex VAT from the same website[^1^]. If you want to combine Cabri II Plus 14.5 with Cabri 3D, a software that allows you to explore 3D math concepts, you can get a special pack with a discount price[^1^].
After downloading the installation file, run it and follow the instructions on the screen. You will need to accept the license agreement and choose a destination folder for the software. The installation process should take a few minutes.
After installing Cabri II Plus 14.5, you will need to activate it with a serial number. The serial number is a 16-digit code that you will receive by email after purchasing a license. If you are using the trial version, you will not need a serial number.
To activate Cabri II Plus 14.5, follow these steps:
Launch Cabri II Plus 14.5 from your desktop or start menu.
Click on the \"Help\" menu and select \"About Cabri II Plus\".
A window will pop up with information about the software version and your license status.
If your license status is \"Trial\", click on the \"Activate\" button.
A new window will open where you will need to enter your serial number and your email address.
Click on the \"OK\" button and wait for the confirmation message.
If your license status is \"Activated\", you are ready to use Cabri II Plus 14.5.
If you have any questions or problems with the installation or activation of Cabri II Plus 14.5, you can contact the support team by email or by filling out an online form[^1^]. You can also find manuals, examples, tutorials, and system requirements on the official website[^1^].
Using Cabri II Plus
Cabri II Plus is an interactive notebook that allows you to create and manipulate geometric and numerical constructions. You can use various tools and commands to draw shapes, measure angles and lengths, transform figures, plot graphs, calculate expressions, and more. You can also animate your constructions and observe how they change when you modify the parameters.
Cabri II Plus has a user-friendly interface that consists of four main areas:
The menu bar, where you can access different menus and options.
The tool bar, where you can select different tools and modes.
The work area, where you can create and edit your constructions.
The status bar, where you can see information about the selected objects and the current mode.
To start using Cabri II Plus, you need to create a new document or open an existing one. You can save your documents as .cab files or export them as images or HTML files. You can also print your documents or copy them to the clipboard.
To create a new document, click on the \"File\" menu and select \"New\". A blank work area will appear where you can start drawing your construction. To open an existing document, click on the \"File\" menu and select \"Open\". A window will pop up where you can browse your computer and choose a .cab file to open.
To draw a construction, you need to use the tools from the tool bar. There are different categories of tools, such as points, lines, circles, polygons, transformations, measurements, calculus, tables, graphs, expressions, equations, etc. Each tool has a specific function and a specific way of using it. You can hover your mouse over a tool to see its name and description. You can also right-click on a tool to see more options or access related tools.
To use a tool, click on it and then click on the work area or on an existing object. Depending on the tool, you may need to click more than once or drag your mouse to complete the action. For example, to draw a line segment, you need to click on two points. To draw a circle, you need to click on a center point and then drag your mouse to adjust the radius. To measure an angle, you need to click on three points that form the angle.
After drawing an object, you can select it by clicking on it or by dragging a selection rectangle around it. You can also select multiple objects by holding down the Shift key or the Ctrl key while clicking on them. When an object is selected, it will be highlighted in blue and you will see its name and properties in the status bar. You can also see its coordinates and measurements in the work area if you enable the \"Show Coordinates\" or \"Show Measurements\" options from the \"View\" menu.
When an object is selected, you can edit it by using the commands from the menu bar or by right-clicking on it and choosing an option from the context menu. For example, you can change its color, style, size, label, position, etc. You can also delete it by pressing the Delete key or by choosing the \"Delete\" option from the menu or the context menu.
To transform an object, you need to use the tools from the transformation category. There are different types of transformations, such as translation, rotation, reflection, dilation, etc. Each transformation has a specific way of using it. For example, to translate an object, you need to select it and then click on two points that define the direction and distance of the translation. To rotate an object, you need to select it and then click on a center point and an angle of rotation.
To plot a graph of a function or an expression, you need to use the tools from the graph category. There are different types of graphs,
such as cartesian graphs (y=f(x)), polar graphs (r=f(t)), parametric graphs (x=f(t), y=g(t)), etc. Each graph has a specific way of using it. For example,
to plot a cartesian graph of y=x^2+3x-5 , you need to click on the \"Cartesian Graph\" tool and then type x^2+3x-5 in the input box that appears at
the bottom of the work area. To plot a polar graph of r=2sin(3t), you need to click on the \"Polar Graph\" tool and then type 2sin(3t) 061ffe29dd