nohnsmith1010
Member
lol
lol
that's very unclear
the thc percentage are based on the oils extracted during sampling. the leaf matter is removed . the resulting thc percentage ( thca and thc) is based on the oil sample not the leaf. nor does it give a ratio of oil to plant . a higher thc % sample may be from a lower thc content bit with a higher oil % .
THIS IS A QUOTE FROM THE LAB
Below the HPLC chromatograph are two charts that highlight the cannabinoid potencies of your product. The first chart identifies cannabinoid concentrations (Fig. 3). As you can see, the delta-9-tetrahydrocannabinol (THC) level is 24.64 per cent (the product sample analyzed in this example is a cannabinoid extract, so the concentrations are much higher than what would occur in dried flowers).
lol
The reason it doesn't make sense is because you invent things that don't make sense, unlike my sensible explanation that literally cannot be simpler. There is no law saying the test percentage has to represent the dry weight of the entire plant grown outdoors, that every 100 mg portion of the sample has to be the same. Believe it or not.
that's very unclear
the thc percentage are based on the oils extracted during sampling. the leaf matter is removed . the resulting thc percentage ( thca and thc) is based on the oil sample not the leaf. nor does it give a ratio of oil to plant . a higher thc % sample may be from a lower thc content bit with a higher oil % .
THIS IS A QUOTE FROM THE LAB
Below the HPLC chromatograph are two charts that highlight the cannabinoid potencies of your product. The first chart identifies cannabinoid concentrations (Fig. 3). As you can see, the delta-9-tetrahydrocannabinol (THC) level is 24.64 per cent (the product sample analyzed in this example is a cannabinoid extract, so the concentrations are much higher than what would occur in dried flowers).