Illustrative Math Alignment: Grade 6 Unit 7

Topic

Coordinate Geometry

Topic

Coordinate Geometry

Topic

Coordinate Geometry

Description

This segment delves into spherical coordinate systems, specifically longitude and latitude, highlighting their use in navigation. Concepts include great circles, the prime meridian, and angular measurements. Applications involve using GPS and understanding Earth’s rotation to measure distances and locations accurately.

This video explores the mathematical intricacies of Coordinate Geometry. It provides a detailed look at the relevant concepts and demonstrates their application.

Topic

Coordinate Geometry

Description

This segment delves into spherical coordinate systems, specifically longitude and latitude, highlighting their use in navigation. Concepts include great circles, the prime meridian, and angular measurements. Applications involve using GPS and understanding Earth’s rotation to measure distances and locations accurately.

This video explores the mathematical intricacies of Coordinate Geometry. It provides a detailed look at the relevant concepts and demonstrates their application.

Topic

Coordinate Geometry

Description

The segment explains how rectangular coordinate systems are used in treasure hunting, particularly in converting latitude and longitude to Cartesian coordinates. Concepts include coordinate transformation and distance calculation. Applications are demonstrated through mapping the wreckage of the Spanish galleon Atocha using GPS and plotting tools.

Topic

Coordinate Geometry

Description

The segment explains how rectangular coordinate systems are used in treasure hunting, particularly in converting latitude and longitude to Cartesian coordinates. Concepts include coordinate transformation and distance calculation. Applications are demonstrated through mapping the wreckage of the Spanish galleon Atocha using GPS and plotting tools.

Topic

Coordinate Geometry

Description

Exploring polar coordinates, this segment connects the Guggenheim Museum’s spiral design to logarithmic spirals and Fibonacci sequences. Key concepts include radius, angle (theta), and polar equations. Applications include modeling natural patterns and architectural features using polar graphs.

This video explores the mathematical intricacies of Coordinate Geometry. It provides a detailed look at the relevant concepts and demonstrates their application.

Topic

Coordinate Geometry

Description

Exploring polar coordinates, this segment connects the Guggenheim Museum’s spiral design to logarithmic spirals and Fibonacci sequences. Key concepts include radius, angle (theta), and polar equations. Applications include modeling natural patterns and architectural features using polar graphs.

This video explores the mathematical intricacies of Coordinate Geometry. It provides a detailed look at the relevant concepts and demonstrates their application.

In this TI Nspire tutorial, the coordinate Trace feature is described and used. This video supports the TI-Nspire Clickpad and Touchpad. This Mini-Tutorial Video includes a worksheet.

Related Resources

Video Transcripts

This is a collection of definitions related to coordinate systems and related topics. This includes general definitions for coordinate systems, as well as examples of specific coordinate systems and properties of those systems.

This is a collection of definitions related to coordinate systems and related topics. This includes general definitions for coordinate systems, as well as examples of specific coordinate systems and properties of those systems.

This is a collection of definitions related to coordinate systems and related topics. This includes general definitions for coordinate systems, as well as examples of specific coordinate systems and properties of those systems.

This is a collection of definitions related to coordinate systems and related topics. This includes general definitions for coordinate systems, as well as examples of specific coordinate systems and properties of those systems.

This is a collection of definitions related to coordinate systems and related topics. This includes general definitions for coordinate systems, as well as examples of specific coordinate systems and properties of those systems.

This is a collection of definitions related to coordinate systems and related topics. This includes general definitions for coordinate systems, as well as examples of specific coordinate systems and properties of those systems.

This is part of a collection of definitions related to coordinate systems and related topics. This includes general definitions for coordinate systems, as well as examples of specific coordinate systems and properties of those systems.

The following section includes background information on the Cartesian coordinate plane.

This is a collection of definitions related to coordinate systems and related topics. This includes general definitions for coordinate systems, as well as examples of specific coordinate systems and properties of those systems.

This is a collection of definitions related to coordinate systems and related topics. This includes general definitions for coordinate systems, as well as examples of specific coordinate systems and properties of those systems.

This is a collection of definitions related to coordinate systems and related topics. This includes general definitions for coordinate systems, as well as examples of specific coordinate systems and properties of those systems.

This is a collection of definitions related to coordinate systems and related topics. This includes general definitions for coordinate systems, as well as examples of specific coordinate systems and properties of those systems.

This is a collection of definitions related to coordinate systems and related topics. This includes general definitions for coordinate systems, as well as examples of specific coordinate systems and properties of those systems.

This is a collection of definitions related to coordinate systems and related topics. This includes general definitions for coordinate systems, as well as examples of specific coordinate systems and properties of those systems.

This is a collection of definitions related to coordinate systems and related topics. This includes general definitions for coordinate systems, as well as examples of specific coordinate systems and properties of those systems.

This is a collection of definitions related to coordinate systems and related topics. This includes general definitions for coordinate systems, as well as examples of specific coordinate systems and properties of those systems.

This is a collection of definitions related to coordinate systems and related topics. This includes general definitions for coordinate systems, as well as examples of specific coordinate systems and properties of those systems.

This is a collection of definitions related to coordinate systems and related topics. This includes general definitions for coordinate systems, as well as examples of specific coordinate systems and properties of those systems.

This is a collection of definitions related to coordinate systems and related topics. This includes general definitions for coordinate systems, as well as examples of specific coordinate systems and properties of those systems.

This is part of a collection of definitions related to coordinate systems and related topics. This includes general definitions for coordinate systems, as well as examples of specific coordinate systems and properties of those systems.

The following section includes background information on the Cartesian coordinate plane.

This is a collection of definitions related to coordinate systems and related topics. This includes general definitions for coordinate systems, as well as examples of specific coordinate systems and properties of those systems.

This is a collection of definitions related to coordinate systems and related topics. This includes general definitions for coordinate systems, as well as examples of specific coordinate systems and properties of those systems.

This is a collection of definitions related to coordinate systems and related topics. This includes general definitions for coordinate systems, as well as examples of specific coordinate systems and properties of those systems.

This is a collection of definitions related to coordinate systems and related topics. This includes general definitions for coordinate systems, as well as examples of specific coordinate systems and properties of those systems.

This is a collection of definitions related to coordinate systems and related topics. This includes general definitions for coordinate systems, as well as examples of specific coordinate systems and properties of those systems.

This is a collection of definitions related to coordinate systems and related topics. This includes general definitions for coordinate systems, as well as examples of specific coordinate systems and properties of those systems.

This is a collection of definitions related to coordinate systems and related topics. This includes general definitions for coordinate systems, as well as examples of specific coordinate systems and properties of those systems.

This is a collection of definitions related to coordinate systems and related topics. This includes general definitions for coordinate systems, as well as examples of specific coordinate systems and properties of those systems.

This is a collection of definitions related to coordinate systems and related topics. This includes general definitions for coordinate systems, as well as examples of specific coordinate systems and properties of those systems.

This is a collection of definitions related to coordinate systems and related topics. This includes general definitions for coordinate systems, as well as examples of specific coordinate systems and properties of those systems.

This is a collection of definitions related to coordinate systems and related topics. This includes general definitions for coordinate systems, as well as examples of specific coordinate systems and properties of those systems.

This is the Teacher's Guide that accompanies Geometry Applications: Coordinate Geometry.

Related Resources

To see resources related to this topic click on the Related Resources tab above.

In this Slide Show, we show how to generate the Fibonacci Sequence, as well as show to graph it. This presentation requires the use of the TI-Nspire iPad App. Note: the download is a PPT.

In this Slide Show, we show how to generate the Fibonacci Sequence, as well as show to graph it. This presentation requires the use of the TI-Nspire iPad App. Note: the download is a PPT.

In this Slide Show, we show how to generate the Fibonacci Sequence, as well as show to graph it. This presentation requires the use of the TI-Nspire iPad App. Note: the download is a PPT.

Use this math game to review coordinate geometry. UFOs appear on a coordinate grid and the goal is to target them using their location on the grid. Students earn 50 points with a direct hit, but lose 20 with a miss. The game keeps track of their score. Students can play endless rounds of this engaging game.

Related Resources

Topic

Geometry Concepts

Description

This image depicts a coordinate grid, a fundamental tool in coordinate geometry used to plot points, lines, and shapes. The grid consists of horizontal and vertical lines that intersect at right angles, creating a series of squares.

Coordinate grids are essential for understanding the Cartesian coordinate system, where each point is defined by an ordered pair of numbers (x, y). This system is used in various fields, including mathematics, physics, engineering, and computer graphics, to represent and analyze spatial relationships.

Topic

Geometry Concepts

Description

This image depicts a coordinate grid, a fundamental tool in coordinate geometry used to plot points, lines, and shapes. The grid consists of horizontal and vertical lines that intersect at right angles, creating a series of squares.

Coordinate grids are essential for understanding the Cartesian coordinate system, where each point is defined by an ordered pair of numbers (x, y). This system is used in various fields, including mathematics, physics, engineering, and computer graphics, to represent and analyze spatial relationships.

Topic

Geometry Concepts

Description

This image shows a blank coordinate grid, which serves as a versatile tool for plotting points, lines, and shapes in coordinate geometry. The grid provides a structured framework for visualizing mathematical concepts and relationships.

Blank coordinate grids are commonly used in educational settings to teach students about graphing, transformations, and spatial reasoning. They allow for hands-on exploration of mathematical ideas and are essential for developing a deep understanding of the Cartesian coordinate system.

Topic

Geometry Concepts

Description

This image shows a blank coordinate grid, which serves as a versatile tool for plotting points, lines, and shapes in coordinate geometry. The grid provides a structured framework for visualizing mathematical concepts and relationships.

Blank coordinate grids are commonly used in educational settings to teach students about graphing, transformations, and spatial reasoning. They allow for hands-on exploration of mathematical ideas and are essential for developing a deep understanding of the Cartesian coordinate system.

Topic

Geometry Concepts

Description

This image illustrates points plotted on a coordinate grid in the first quadrant (Q1). In Q1, both x and y coordinates are positive, making it a key area for graphing and analyzing functions. Connecting these points would result in a parallelogram.

Understanding how to plot points in different quadrants is fundamental in coordinate geometry. It helps students develop skills in graphing linear equations, analyzing functions, and exploring geometric transformations.

Topic

Geometry Concepts

Description

This image shows points plotted on a coordinate grid in the second quadrant (Q2). In Q2, the x-coordinates are negative while the y-coordinates are positive, which is important for understanding the full Cartesian plane. Connecting these points would result in a parallelogram.

Plotting points in different quadrants helps students grasp the concept of negative and positive values in coordinate geometry. It is crucial for graphing functions, analyzing data, and understanding geometric transformations.