Are your students looking for a challenge when it comes to plotting out grid references onto a Cartesian Plane? Would you like the option of an Explicit Instructions PowerPoint to help your students as well?
Then make sure you check out our ‘Cartesian Plane Art – Constellations Bundle’.
Our worksheets will require students to plot out grid references across all four quadrants of the cartesian plane. They will also have to plot out some grid references which include decimal numbers e.g. (-3.5, 1.5), (8, -7.5) & (-7.5, -1.5) etc.
In our PowerPoint presentation we have carefully animated grid references for all the 88 constellations from the International Astronomical Union. This means you can take your entire class, or a small group of students, through the process of drawing your chosen constellation across all four quadrants of the Cartesian Plane.
Includes:
✔️ 88 constellations across 40 worksheets, our largest Cartesian Plane Art resource that we’ve ever created.
✔️ All constellations have been ordered from the Northern Celestial Hemisphere to the Southern Celestial Hemisphere, allowing students to learn constellations they see in the night sky from their location regardless of hemisphere.
✔️ All stars within the constellations have been named which greatly assists students with locating tricky grid references e.g. (8.25, -5.75) etc
✔️ The same symbols used in genuine star charts for each worksheet to help students orient themselves with globular clusters, open clusters, nebulas and galaxies.
✔️ When completing the worksheets, students will receive exposure to the Greek letters of the alphabet used in naming of stars e.g. Epsilon (ε) Cygni, Kappa (κ) Ophiuchi and Alpha (α) Centauri
✔️ Answers included for all worksheets.
✔️ Step-by-step animations for all 88 constellations and colouring instructions for the stars.
Australian Curriculum Year 6
Mathematics Year 6: AC9M6SP02 – locate points in the 4 quadrants of a Cartesian plane; describe changes to the coordinates when a point is moved to a different position in the plane
Resource Type: PowerPoint & PDF
Number of Pages: 293 (PowerPoint) & 129 (PDF)
Are your students looking for a challenge when it comes to plotting out grid references onto a Cartesian Plane? Would you like the option of an Explicit Instructions PowerPoint to help your students as well?
Then make sure you check out our ‘Cartesian Plane Art – Constellations Bundle’.
Our worksheets will require students to plot out grid references across all four quadrants of the cartesian plane. They will also have to plot out some grid references which include decimal numbers e.g. (-3.5, 1.5), (8, -7.5) & (-7.5, -1.5) etc.
In our PowerPoint presentation we have carefully animated grid references for all the 88 constellations from the International Astronomical Union. This means you can take your entire class, or a small group of students, through the process of drawing your chosen constellation across all four quadrants of the Cartesian Plane.
Includes:
✔️ 88 constellations across 40 worksheets, our largest Cartesian Plane Art resource that we’ve ever created.
✔️ All constellations have been ordered from the Northern Celestial Hemisphere to the Southern Celestial Hemisphere, allowing students to learn constellations they see in the night sky from their location regardless of hemisphere.
✔️ All stars within the constellations have been named which greatly assists students with locating tricky grid references e.g. (8.25, -5.75) etc
✔️ The same symbols used in genuine star charts for each worksheet to help students orient themselves with globular clusters, open clusters, nebulas and galaxies.
✔️ When completing the worksheets, students will receive exposure to the Greek letters of the alphabet used in naming of stars e.g. Epsilon (ε) Cygni, Kappa (κ) Ophiuchi and Alpha (α) Centauri
✔️ Answers included for all worksheets.
✔️ Step-by-step animations for all 88 constellations and colouring instructions for the stars.
Australian Curriculum Year 6
Mathematics Year 6: AC9M6SP02 – locate points in the 4 quadrants of a Cartesian plane; describe changes to the coordinates when a point is moved to a different position in the plane
Resource Type: PowerPoint & PDF
Number of Pages: 293 (PowerPoint) & 129 (PDF)
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