- Joined
- Mar 15, 2022
- Messages
- 650
- Solutions
- 1
- Reaction score
- 661
- Points
- 93
- Deals
- 8
Of course you can mix the freebase with solvent before adding the HCL but later you Will need more time to put the mixture at 130C due this solvent will be evaporated, with the HCL from freezer, the freebase cold too and avoiding high temperatures during the addition wont be any problem ;-)
- Joined
- Nov 10, 2022
- Messages
- 79
- Reaction score
- 166
- Points
- 33
Do you know that MDMA cannot be heated with acids to high temperatures? The product breaks down and is no longer pure MDMA.
↑View previous replies…
Bro, relax. Do you think I'm a schoolboy junky cooking meth for living source? I was graduated in math, not in meth. So, why you believe you can impress me with your graph?
- Joined
- Jan 6, 2023
- Messages
- 280
- Reaction score
- 112
- Points
- 43
Oh, no, bro, not to energy control, please. You remember i shared with you test result 87%? I did a few tests more.
87% not again, but always))))))
Most fun explanation: error margin 5-10%.
87% not again, but always))))))
Most fun explanation: error margin 5-10%.
Chem-Safe
Chem-Safe - Energy Control
- Language
- 🇪🇸
- Joined
- Feb 22, 2023
- Messages
- 43
- Reaction score
- 25
- Points
- 18
Person, but we didn't tell you that, we told you that first of all, there is human error in every analysis service that people work, to begin with. Then, we answered your question, about how likely this was to happen, AND we answered the following:
Note that the probability of obtaining the same result in a sample varies according to the distribution of the data. The closer your result is to the mean, the more likely it is that the result can be repeated. Given that you have a distribution of percentages with a mean of 82% and a standard deviation of 13.84%, you can analyze what range of values would be more likely when obtaining two samples with the same percentage. Therefore, if two samples are analyzed, the range of numbers where it is most likely to obtain the same percentage is around the mean of 82%, extending approximately one standard deviation to either side (68.16% to 95.84%). This would be the most likely range to obtain the same result in two consecutive samples due to the concentration of data around the mean.
In other words, it is not a questionable result, it is probable.
We even provide you with the graph where the highest number of MDMA results are concentrated. Really, did u only understand about 5-10%? We can explain it better.
Note that the probability of obtaining the same result in a sample varies according to the distribution of the data. The closer your result is to the mean, the more likely it is that the result can be repeated. Given that you have a distribution of percentages with a mean of 82% and a standard deviation of 13.84%, you can analyze what range of values would be more likely when obtaining two samples with the same percentage. Therefore, if two samples are analyzed, the range of numbers where it is most likely to obtain the same percentage is around the mean of 82%, extending approximately one standard deviation to either side (68.16% to 95.84%). This would be the most likely range to obtain the same result in two consecutive samples due to the concentration of data around the mean.
In other words, it is not a questionable result, it is probable.
We even provide you with the graph where the highest number of MDMA results are concentrated. Really, did u only understand about 5-10%? We can explain it better.
- Joined
- Jan 6, 2023
- Messages
- 280
- Reaction score
- 112
- Points
- 43
Bro, it looks you worry about 120 EUR for your fake tests too much. Relax, bro. It is the only of your incoming? I can hire you as a drop maker if so: send me PM, I will find a job for you.
- Joined
- Jan 6, 2023
- Messages
- 280
- Reaction score
- 112
- Points
- 43
Bro, relax. Do you think I'm a schoolboy junky cooking meth for living source? I was graduated in math, not in meth. So, why you believe you can impress me with your graph?
Last edited: