Worksheets for calculating distance between coordinates on a Cartesian plane.

Now I can clearly see the coordinate grid with points A, B, C, D, and E. Let me identify the coordinates of each point:

- Point A is at (2, 8)
- Point B is at (-5, 5)
- Point C is at (3, -3)
- Point D is at (-4, -6)
- Point E is at (6, 3)

Now I need to calculate the distance between the specified pairs: A and E, B and C, and D and A.

I'll use the distance formula: Distance = √[(x₂ - x₁)² + (y₂ - y₁)²]

Let me calculate each distance one by one.

First, let's calculate the distance between A(2, 8) and E(6, 3):
Distance AE = √[(6 - 2)² + (3 - 8)²] = √[4² + (-5)²] = √[16 + 25] = √41 ≈ 6.4

Next, let's calculate the distance between B(-5, 5) and C(3, -3):
Distance BC = √[(3 - (-5))² + (-3 - 5)²] = √[8² + (-8)²] = √[64 + 64] = √128 ≈ 11.3

Finally, let's calculate the distance between D(-4, -6) and A(2, 8):
Distance DA = √[(2 - (-4))² + (8 - (-6))²] = √[6² + 14²] = √[36 + 196] = √232 ≈ 15.2

All distances are rounded to 1 decimal place as requested.

The distances are:
- A and E: 6.4
- B and C: 11.3
- D and A: 15.2