Dang. That’s a helluva dog. Metrics is usually a riddle for me, too, but what I think that you need here is actually a conversion to milligram chart bc the chart gives conversion to milliliters.

Still, The highest weight on the chart is 100lbs and dosage is 22.73 millimeters. (ml) So we double that and half again:

22.73 ml + 22.73 + 11.36 = 56.82 milliliters dosage for 250 pound Doggo.

The question, then, is what is the ratio of 56.82 milliliters to 222 mg?

Better yet… Why does the product give you conversion in milliliters when the tablets are weighed/measured in milligrams?

🧐

Dang. That’s a helluva dog. Metrics is usually a riddle for me, too, but what I think is that you need here is actually a conversion to milligram chart bc the chart gives conversion to milliliters.

Still, The highest weight on the chart is 100lbs and dosage is 22.73 millimeters. (ml) So we double that and half again:

22.73 ml + 22.73 + 11.36 = 56.82 milliliters dosage for 250 pound Doggo.

The question, then, is what is the ratio of 56.82 milliliters to 222 mg?

Better yet… Why does the product give you conversion in milliliters when the tablets are weighed/measured in milligrams?

🧐

Dang. That’s a helluva dog. Metrics is usually a riddle for me, too, but what I think is that you need here is actually a conversion to milligram chart bc the chart gives conversion to milliliters.

Still,

The highest weight on the chart is 100lbs and dosage is 22.73 millimeters. (ml) So we double that and half again:

22.73 ml + 22.73 + 11.36 = 56.82 milliliters dosage for 250 pound Doggo.

The question, then, is what is the ratio of 56.82 milliliters to 222 mg?

Better yet… Why does the product give you conversion in milliliters when the tablets are weighed/measured in milligrams?

Dang. That’s a helluva dog.