This Graph Paper Collection is used to introduce students to doing radian and degree angles and their relationship with trigonometric functions. The dots are used to create "30 - 60" triangles and the outer tick marks are for "45 - 45" triangles. These will be used in my trigonometry videos.
The following Graph Paper Collection is useful when you need to do graphs or plot points in the Polar Coordinate System. Two styles are used: one that increases in 15º increments, so that it is easy to plot the typical angles used in trig (30º, 45º, 60º, etc.). The other just has angles that increase every 10º.
Use the following Paper Collection when you need to use Venn Diagrams. The gap in the circles is there for you to place the name (letter) of the set. I think this is better than placing the name/letter either inside or completely outside the circles.
Student Grid Paper #1
Giant Grid. No x-y axes. Good for overhead projector transparencies, presentations, or introduction to graphs, or leaning about Area. Use this (and other non-axes grids) when you need to place axes in other locations other than centered.
Giant Grid. No x-y axes. Good for overhead projector transparencies, presentations, or introduction to graphs, or leaning about Area. Use this (and other non-axes grids) when you need to place axes in other locations other than centered.
Student Grid Paper #2
Giant Grid. Has x-y axes with origin in center. Good for overhead projector transparencies, presentations or introduction to graphs.
Giant Grid. Has x-y axes with origin in center. Good for overhead projector transparencies, presentations or introduction to graphs.
Student Grid Paper #3
Two large grids. No x-y axes. Useful for more detailed graphs or those with larger numerical values.
Two large grids. No x-y axes. Useful for more detailed graphs or those with larger numerical values.
Student Grid Paper #4
Two large grids. Has x-y axes. Useful for more detailed graphs or those with larger numerical values.
Two large grids. Has x-y axes. Useful for more detailed graphs or those with larger numerical values.
Student Grid Paper #5
Three medium-sized grids. No x-y axes. Useful for doing graphs for homework.
Three medium-sized grids. No x-y axes. Useful for doing graphs for homework.
Student Grid Paper #6
Three medium-sized grids. Has x-y axes. Useful for doing graphs for homework.
Three medium-sized grids. Has x-y axes. Useful for doing graphs for homework.
Student Grid Paper #7
Four small-sized grids. No x-y axes. Useful for doing graphs for homework. Instructors and tutors can use these for "quick graph drills."
Four small-sized grids. No x-y axes. Useful for doing graphs for homework. Instructors and tutors can use these for "quick graph drills."
Student Grid Paper #8
Four small-sized grids. Has x-y axes. Useful for doing graphs for homework. Instructors and tutors can use these for "quick graph drills."
Four small-sized grids. Has x-y axes. Useful for doing graphs for homework. Instructors and tutors can use these for "quick graph drills."
Student Grid Paper #9
Large Grid. No x-y axes. Good for overhead projector transparencies, presentations, or introduction to graphs. Good for homework problems that involve many steps and you need to use rest of page for written details.
Large Grid. No x-y axes. Good for overhead projector transparencies, presentations, or introduction to graphs. Good for homework problems that involve many steps and you need to use rest of page for written details.
Student Grid Paper #10
Large Grid. Has x-y axes. Good for overhead projector transparencies, presentations, or introduction to graphs. Good for homework problems that involve many steps and you need to use rest of page for written details.
Large Grid. Has x-y axes. Good for overhead projector transparencies, presentations, or introduction to graphs. Good for homework problems that involve many steps and you need to use rest of page for written details.
Student Grid Paper #11
VERY Large Grid. No x-y axes. Good for overhead projector transparencies, presentations, or introduction to graphs. Useful if you need to do larger or more elaborate graphs.
VERY Large Grid. No x-y axes. Good for overhead projector transparencies, presentations, or introduction to graphs. Useful if you need to do larger or more elaborate graphs.
Student Number Tiles #2
Can also be used for 1-100 counting activities or even as a Rectangular Grid for graphing activities.
Can also be used for 1-100 counting activities or even as a Rectangular Grid for graphing activities.
Student Trig Circle #1
Giant Trig Circle. Good for overhead projector transparencies, presentations, or introduction to doing radian and degree angles and their relationship with trig functions. The dots are used to create "30-60" triangles and the outer tick marks are for "45-45" triangles.
Giant Trig Circle. Good for overhead projector transparencies, presentations, or introduction to doing radian and degree angles and their relationship with trig functions. The dots are used to create "30-60" triangles and the outer tick marks are for "45-45" triangles.
Student Trig Circle #2
Medium Sized Trig Circles. For students to use while solving more elaborate trig problems.
Medium Sized Trig Circles. For students to use while solving more elaborate trig problems.
Student Trig Circle #3
Small Trig Circles. For students to use while doing quick drills in trigonometry. Also useful if you need to use more than one Trig Circle per problem (like for some inverse/arc trig problems).
Small Trig Circles. For students to use while doing quick drills in trigonometry. Also useful if you need to use more than one Trig Circle per problem (like for some inverse/arc trig problems).
Student Polar Grid #1
Giant Grid. Good for overhead projector transparencies, presentations, or introduction to polar coordinates. This one uses increments of 15º.
Giant Grid. Good for overhead projector transparencies, presentations, or introduction to polar coordinates. This one uses increments of 15º.
Student Polar Grid #2
Multi-Plot Grid. Good for doing homework problems and "Quick Drills." This one uses increments of 15º.
Multi-Plot Grid. Good for doing homework problems and "Quick Drills." This one uses increments of 15º.
Student Polar Grid #3
Medium Sized Grid. Good for doing homework problems that involve more work (like in Calculus). This one uses increments of 15º.
Medium Sized Grid. Good for doing homework problems that involve more work (like in Calculus). This one uses increments of 15º.
Student Polar Grid #4
Giant Grid. Good for overhead projector transparencies, presentations, or introduction to polar coordinates. This one uses increments of 10º.
Giant Grid. Good for overhead projector transparencies, presentations, or introduction to polar coordinates. This one uses increments of 10º.
Student Polar Grid #5
Multi-Plot Grid. Good for doing homework problems and "Quick Drills." This one uses increments of 10º.
Multi-Plot Grid. Good for doing homework problems and "Quick Drills." This one uses increments of 10º.
Student Polar Grid #6
Medium Sized Grid. Good for doing homework problems that involve more work (like in Calculus). This one uses increments of 10º.
Medium Sized Grid. Good for doing homework problems that involve more work (like in Calculus). This one uses increments of 10º.
Student Venn Diagram #1
Giant Diagram. Good for overhead projector transparencies, presentations, or introduction to Venn Diagrams and sets. Two overlapping circles.
Giant Diagram. Good for overhead projector transparencies, presentations, or introduction to Venn Diagrams and sets. Two overlapping circles.
Student Venn Diagram #2
Giant Diagram. Good for overhead projector transparencies, presentations, or introduction to Venn Diagrams and sets. Three overlapping circles.
Giant Diagram. Good for overhead projector transparencies, presentations, or introduction to Venn Diagrams and sets. Three overlapping circles.
Student Venn Diagram #3
Small Venn Diagrams. Useful for homework or "Quick Drills." Two overlapping circles.
Small Venn Diagrams. Useful for homework or "Quick Drills." Two overlapping circles.
Student Venn Diagram #4
Small Venn Diagrams. Useful for homework or "Quick Drills." Three overlapping circles.
Small Venn Diagrams. Useful for homework or "Quick Drills." Three overlapping circles.
Student Venn Diagram #5
Small Venn Diagrams. Useful for homework problems that may involve using 2 diagrams per problem. Two overlapping circles.
Small Venn Diagrams. Useful for homework problems that may involve using 2 diagrams per problem. Two overlapping circles.
Student Venn Diagram #6
Small Venn Diagrams. Useful for homework problems that may involve using 2 diagrams per problem. Three overlapping circles.
Small Venn Diagrams. Useful for homework problems that may involve using 2 diagrams per problem. Three overlapping circles.
Student Venn Diagram #7
Medium Sized Venn Diagram. Useful for homework problems that are more complicated and more room is needed to write out problem and to solve it. Two overlapping circles.
Medium Sized Venn Diagram. Useful for homework problems that are more complicated and more room is needed to write out problem and to solve it. Two overlapping circles.
Student Venn Diagram #8
Medium Sized Venn Diagram. Useful for homework problems that are more complicated and more room is needed to write out problem and to solve it. Three overlapping circles.
Medium Sized Venn Diagram. Useful for homework problems that are more complicated and more room is needed to write out problem and to solve it. Three overlapping circles.
• Students can use them to turn in homework that will look more professional.
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