1. The problem is to find the sum of the "Valor Total" column from 1007.55 down to 117.95. 2. We will add all the numbers listed in the "Valor Total" column starting from 1007.55 and ending at 117.95. 3. The values to sum are: $$1007.55 + 183.60 + 128.55 + 659.45 + 1139.55 + 971.55 + 539.70 + 671.60 + 713.65 + 699.75 + 909.30 + 384.65 + 675.65 + 407.60 + 953.85 + 473.70 + 839.85 + 155.85 + 664.75 + 97.90 + 510.65 + 540.10 + 235.90 + 281.85 + 171.95 + 116.85 + 274.85 + 308.85 + 241.90 + 146.95 + 2204.75 + 365.85 + 349.85 + 185.85 + 1794.20 + 907.55 + 859.75 + 205.95 + 160.95 + 325.80 + 321.90 + 92.95 + 155.95 + 441.90 + 275.90 + 167.80 + 582.80 + 188.95 + 30.95 + 426.65 + 154.95 + 117.95$$ 4. Adding these values step-by-step or using a calculator, the total sum is: $$\text{Sum} = 19088.15$$ 5. Therefore, the sum of the "Valor Total" column from 1007.55 to 117.95 is **19088.15**.