Cartesian Grid - Area (Paralellogram) to Missing Coordinate - Positive Only (Level 1)

This math topic focuses on finding missing coordinates on a Cartesian grid, specifically for shapes like parallelograms, based solely on the geometrical area provided and the positive zone of the grid. It combines the concepts of area calculation of parallelograms with Cartesian plane understanding, targeting beginners as indicated by "Level 1." The questions vary in difficulty, requiring logical deduction and an understanding of how the area of a parallelogram relates to its vertex coordinates. Additionally, it offers multiple-choice answers, allowing practice in selecting the correct solution from provided options.

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

Cartesian Grid - Area (Paralellogram) to Missing Coordinate - Positive Only Worksheet

Math worksheet on 'Cartesian Grid - Area (Paralellogram) to Missing Coordinate - Positive Only (Level 1)'. 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 missing value for y if the parallelogram has an area of 30

a

-6

b

0

c

5

d

-2

e

2

f

4

2

Find the missing value for y if the parallelogram has an area of 18

a

6

b

13

c

7

d

5

e

-3

f

15

3

Find the missing value for y if the parallelogram has an area of 30

a

7

b

3

c

15

d

0

e

4

f

-3

4

Find the missing value for y if the parallelogram has an area of 30

a

2

b

4

c

-4

d

-3

e

9

f

1

5

Find the missing value for y if the parallelogram has an area of 18

a

11

b

13

c

8

d

3

e

9

f

5

6

Find the missing value for y if the parallelogram has an area of 24

a

7

b

11

c

4

d

1

e

14

f

16

7

Find the missing value for y if the parallelogram has an area of 21

a

10

b

-1

c

4

d

-5

e

8

f

5