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| Product (xy) | Sum (x+y) | Is the Sum Equal to 1.2? |
|---|---|---|
| 0.32=0.16(2) | 0.16+2=2.16 | * |
| 0.32=0.2(1.6) | 0.2+1.6=1.8 | * |
| 0.32=0.32(1) | 0.32+1=1.32 | * |
| 0.32=0.4(0.8) | 0.4+0.8= 1.2 | ✓ |
Notice that we can complete our pattern when one factor is equal to 0.4 and the other is equal to 0.8. Let's complete our Diamond Problem!
Remember that this is one of the possible solutions. The Diamond Problem with x=0.8 and y=0.4 also corresponds to the pattern.
Notice that we know that x is 11. We can fill the remaining corners when we find a number corresponding to an arbitrary variable y such that the sum (x+y) is 25.
The variable y is equal to 14. Next, we can calculate the value of the product, xy.
Now we can complete our Diamond Problem.
| x=- 9, y=- 7 | |
|---|---|
| Product (xy) | - 9( - 7)=63 |
| Sum (x+y) | - 9+( - 7)=- 16 |
Now we can complete our Diamond Problem.
| Product (xy) | Sum (x+y) | Is the Sum Equal to 31? |
|---|---|---|
| 234=2(117) | 2+117=119 | * |
| 234=3(78) | 3+78=81 | * |
| 234=6(39) | 6+39=45 | * |
| 234=9(26) | 9+26=35 | * |
| 234=13(18) | 13+18= 31 | ✓ |
Notice that when the factors are equal to 13 and 18, the product is 234 and the sum is 31. In this case, one of the variables is equal to 13. The remaining variable is equal to 18. We can use this information to fill our Diamond Problem.
Remember that this is one of the possible solutions. The Diamond Problem for x=18 and y=13 also corresponds to the pattern.