Cartesian Grid - Diagram Coordinates to Perimeter (Rectangle) - Positive Only (Level 2)

This math topic focuses on calculating the perimeter of rectangles using given coordinates on a Cartesian grid. The coordinates provided are positive, and the practice is involved with interpreting these coordinates from diagrams to determine the lengths of the sides of rectangles. Each problem presents a visual representation (a grid with marked points), and the task is to calculate the perimeter based on the rectangle's dimensions derived from these points. This is a practical application of both geometry and logical reasoning within the Cartesian coordinate system.

Work on practice problems directly here, or download the printable pdf worksheet to practice offline.

Cartesian Grid - Diagram Coordinates to Perimeter (Rectangle) - Positive Only Worksheet

Math worksheet on 'Cartesian Grid - Diagram Coordinates to Perimeter (Rectangle) - Positive Only (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

6

b

42

c

40

d

38

e

26

f

8

2

Find the perimeter of the rectangle formed by these coordinates

a

38

b

23

c

14

d

50

e

32

f

56

3

Find the perimeter of the rectangle formed by these coordinates

a

16

b

32

c

28

d

26

e

46

f

8

4

Find the perimeter of the rectangle formed by these coordinates

a

26

b

24

c

8

d

16

e

22

f

28

5

Find the perimeter of the rectangle formed by these coordinates

a

3

b

30

c

39

d

57

e

6

f

12

6

Find the perimeter of the rectangle formed by these coordinates

a

28

b

30

c

32

d

42

e

46

f

12

7

Find the perimeter of the rectangle formed by these coordinates

a

34

b

28

c

22

d

20

e

32

f

26