Please help have good lighting and a paper to write this on

1- 24 cubic units

2- 16 cubic units

3- 27 cubic units

4- 20 cubic units

5- 36 cubic units

6- 48 cubic units

7- draw a 1 by 1 by 10 figure. Or a 2 by 5 by 1

8- 1920 rings, because the volume is = # of rings

Step-by-step explanation:

After finishing this I realized they wanted you to show your work a different way, but oh well. Just say you're advanced or something.

The formula for volume that you should use is length×width×height.

1. 3×4×2

12×2

24 cubic units

2. 4×2×2

8×2

16 cubic units

3. 3×3×3

9×3

27 cubic units

4. 4×5×1

20×1

20 cubic units

5. 3×4×3

12×3

36 cubic units

6. 4×3×4

12×4

48 cubic units

7. one way is to draw a 1 by 1 by 10 figure. Or a 2 by 5 by 1.

8. 16 by 10 by 12 in. 1 cubic inch per ring. since we're working with 3 different inch measurements, the volume will be in cubic inches, so the volume of the box = the amount of rings in it. solve for volume.

16×10×12

160×12

1920 cubic inches

1920 rings, because the volume is = # of rings

y=mx+b

step-by-step explanation:

m slope

b y-intercept