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41 to 50 of 72 Results

Trigonometry Angle Formulas Oct 6, 2023 Siegel, Lauren, 2023, "Trigonometry Angle Formulas", https://doi.org/10.18130/V3/LJ9PB2, University of Virginia Dataverse, V5 Making sense of trigonometric identities; To help students derive and thus make sense of the trig identities, sin (a + b) and cos (a + b). The Trigonometry Angle Formulas comprises four right-angled triangles of different dimensions that are joined to form a rectangle. The inscribed triangle is a right angle that touches all four sides. By labeling...
Trigonometry Angle Sum Set.png Oct 6, 2023 - Trigonometry Angle Formulas PNG Image - 351.1 KB - MD5: 002c36ea3ba8d157ab35cca49443955a
Fabrication_Angle_Sum_Set.zip Sep 15, 2023 - Trigonometry Angle Formulas ZIP Archive - 8.2 MB - MD5: 1e6d450c919185b19584868d534c4c3c Fabrication Package for the Trigonometry Angle Formulas set
Instruction_Angle_Sum_Set Packages.zip Sep 15, 2023 - Trigonometry Angle Formulas ZIP Archive - 2.3 MB - MD5: 486e8d44d1c8063bec5f676d27436d20 Instructional Package for the Trigonometry Angle Formulas set
Multiplication Array Table Sep 15, 2023 Sabato, Hollyn, 2023, "Multiplication Array Table", https://doi.org/10.18130/V3/FPMFKP, University of Virginia Dataverse, V8 The manipulative is a physical version of a multiplication chart, shaped similar to a Connect 4 board. The base of the manipulative is a box and the holes along the edges create tunnels for the rods to be inserted, while the holes on the flat face make the rods’ intersection and multiplication product visible. Multiplicative thinking is particularl...
Fabrication_3D_Multiplication_Table.zip Sep 15, 2023 - Multiplication Array Table ZIP Archive - 2.5 MB - MD5: 3d072f364335dae8395a0455fa8f45f6 Fabrication Package for 3D Multiplication Table
Instruction_3D_Multiplication_Table.zip Sep 15, 2023 - Multiplication Array Table ZIP Archive - 969.0 KB - MD5: b7ef849274f2d3f2591cb0bac97b77cf Instructional Package for 3D Multiplication Table
Instructional Video-Fraction Orange.zip Sep 15, 2023 - Fraction Orange ZIP Archive - 471.9 MB - MD5: ea2e721e181d4acf2d837ad12722612f Instructional Videos of Fraction Orange: Problem-Solving Interview
3D Vertical Fraction Strips Sep 15, 2023 Oh, Jennifer, 2023, "3D Vertical Fraction Strips", https://doi.org/10.18130/V3/X1TY1F, University of Virginia Dataverse, V6 This manipulative is a 3D version of fraction strips. Each strip is a rectangular piece that will slide onto one of the three vertical pegs so that the fraction strips can stack vertically (rather than lining up horizontally) and represent the value of a fraction in terms of height. The fractions are mounted on one platform with the 1 (whole) alway...
Fabrication_3D_Fraction_Strips.zip Sep 15, 2023 - 3D Vertical Fraction Strips ZIP Archive - 46.0 KB - MD5: 3e6e2fc2644b0cc2964cfef2e90df9d6 Fabrication Package for 3D Vertical Fraction Strips

Trigonometry Angle Formulas

Oct 6, 2023

Siegel, Lauren, 2023, "Trigonometry Angle Formulas", https://doi.org/10.18130/V3/LJ9PB2, University of Virginia Dataverse, V5

Making sense of trigonometric identities; To help students derive and thus make sense of the trig identities, sin (a + b) and cos (a + b). The Trigonometry Angle Formulas comprises four right-angled triangles of different dimensions that are joined to form a rectangle. The inscribed triangle is a right angle that touches all four sides. By labeling...

Trigonometry Angle Sum Set.png

Oct 6, 2023 - Trigonometry Angle Formulas

PNG Image - 351.1 KB -

Fabrication_Angle_Sum_Set.zip

Sep 15, 2023 - Trigonometry Angle Formulas

ZIP Archive - 8.2 MB -

Fabrication Package for the Trigonometry Angle Formulas set

Instruction_Angle_Sum_Set Packages.zip

Sep 15, 2023 - Trigonometry Angle Formulas

ZIP Archive - 2.3 MB -

Instructional Package for the Trigonometry Angle Formulas set

Multiplication Array Table

Sep 15, 2023

Sabato, Hollyn, 2023, "Multiplication Array Table", https://doi.org/10.18130/V3/FPMFKP, University of Virginia Dataverse, V8

The manipulative is a physical version of a multiplication chart, shaped similar to a Connect 4 board. The base of the manipulative is a box and the holes along the edges create tunnels for the rods to be inserted, while the holes on the flat face make the rods’ intersection and multiplication product visible. Multiplicative thinking is particularl...

Fabrication_3D_Multiplication_Table.zip

Sep 15, 2023 - Multiplication Array Table

ZIP Archive - 2.5 MB -

Fabrication Package for 3D Multiplication Table

Instruction_3D_Multiplication_Table.zip

Sep 15, 2023 - Multiplication Array Table

ZIP Archive - 969.0 KB -

Instructional Package for 3D Multiplication Table

Instructional Video-Fraction Orange.zip

Sep 15, 2023 - Fraction Orange

ZIP Archive - 471.9 MB -

Instructional Videos of Fraction Orange: Problem-Solving Interview

3D Vertical Fraction Strips

Sep 15, 2023

Oh, Jennifer, 2023, "3D Vertical Fraction Strips", https://doi.org/10.18130/V3/X1TY1F, University of Virginia Dataverse, V6

This manipulative is a 3D version of fraction strips. Each strip is a rectangular piece that will slide onto one of the three vertical pegs so that the fraction strips can stack vertically (rather than lining up horizontally) and represent the value of a fraction in terms of height. The fractions are mounted on one platform with the 1 (whole) alway...

Fabrication_3D_Fraction_Strips.zip

Sep 15, 2023 - 3D Vertical Fraction Strips

ZIP Archive - 46.0 KB -

Fabrication Package for 3D Vertical Fraction Strips

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