This math topic focuses on using Cartesian grids to determine the perimeters of rectangles, including scenarios with negative coordinates. Students are given problems where they need to interpret diagrams consisting of rectangles plotted on Cartesian grids. Each problem requires calculating the perimeter of the rectangle by using the lengths of its sides. This involves practicing perimeter calculation skills and understanding how to read and interpret grid coordinates.
Work on practice problems directly here, or download the printable pdf worksheet to practice offline.
Practice:
Diagram Coordinates to Perimeter (Rectangle) - Including Negative
Complete these online problems with 80% or 4 correct answers in a row. Results are immediate.
Find the perimeter of the rectangle formed by these coordinates
Cartesian Grid - Diagram Coordinates to Perimeter (Rectangle) - Including Negative Worksheet
| Math worksheet on 'Cartesian Grid - Diagram Coordinates to Perimeter (Rectangle) - Including Negative (Level 2)'. Part of a broader unit on 'Cartesian Grid Geometry Logic - Practice' Learn online: app.mobius.academy/math/units/cartesian_grid_geometry_logic_practice/ |
1
| Find the perimeter of the rectangle formed by these coordinates |
a
| 97 |
b
| 67 |
c
| 62 |
d
| 12 |
e
| 47 |
f
| 52 |
2
| Find the perimeter of the rectangle formed by these coordinates |
a
| 38 |
b
| 2 |
c
| 18 |
d
| 78 |
e
| 54 |
f
| 42 |
3
| Find the perimeter of the rectangle formed by these coordinates |
a
| 16 |
b
| 60 |
c
| 68 |
d
| 32 |
e
| 4 |
f
| 40 |
4
| Find the perimeter of the rectangle formed by these coordinates |
a
| 34 |
b
| 42 |
c
| 74 |
d
| 46 |
e
| 50 |
f
| 62 |
5
| Find the perimeter of the rectangle formed by these coordinates |
a
| 4 |
b
| 61 |
c
| 25 |
d
| 19 |
e
| 34 |
f
| 37 |
6
| Find the perimeter of the rectangle formed by these coordinates |
a
| 46 |
b
| 34 |
c
| 55 |
d
| 31 |
e
| 37 |
f
| 19 |
7
| Find the perimeter of the rectangle formed by these coordinates |
a
| 51 |
b
| 54 |
c
| 6 |
d
| 36 |
e
| 27 |
f
| 24 |