Testing gear at home- stoichiometry

[MadStacker]

Hey family,

I know that there are tests out there but I have been brushing up on my chemistry.

If you're using 99.98% pure potassium permanganate (KMnO4), you would need to calculate the amount required to oxidize the trenbolone enanthate present in 0.5 mL of a solution with a concentration of 150 mg/mL.

Here's how you can do the calculation:

1. **Determine the amount of trenbolone enanthate in the sample**:
- The sample contains 0.5 mL of a solution with a concentration of 150 mg/mL.
- So, the total amount of trenbolone enanthate in the sample is:
(0.5 ×150mg) = 75mg

2. **Calculate the stoichiometry of the oxidation reaction**:
- The oxidation reaction between trenbolone enanthate and potassium permanganate may not have a simple stoichiometry and may involve multiple steps.

3. **Estimate the amount of potassium permanganate needed**:
we'll approximate the amount of potassium permanganate needed based on the assumption of a one-to-one stoichiometry. This may not be accurate but can provide a rough estimate.
- If we assume a one-to-one stoichiometry, then the amount of potassium permanganate needed would be approximately equal to the amount of trenbolone enanthate present in the sample.

4. **Calculate the amount of potassium permanganate**:
- Since we're assuming a one-to-one stoichiometry, the amount of potassium permanganate needed would be approximately 75 mg.


Anyone used potassium permanganate or chromic acid to test their gear at home and save money on commercial tests?

I am curious on if anyone has experience and it seems like a good way to save money.

 

[stevesmi]

i just keep things simple in life
i use napsgear. their gear is already tested and vetted

 

[LevButlerov]

Hey family,

I know that there are tests out there but I have been brushing up on my chemistry.

If you're using 99.98% pure potassium permanganate (KMnO4), you would need to calculate the amount required to oxidize the trenbolone enanthate present in 0.5 mL of a solution with a concentration of 150 mg/mL.

Here's how you can do the calculation:

1. **Determine the amount of trenbolone enanthate in the sample**:
- The sample contains 0.5 mL of a solution with a concentration of 150 mg/mL.
- So, the total amount of trenbolone enanthate in the sample is:
(0.5 ×150mg) = 75mg

2. **Calculate the stoichiometry of the oxidation reaction**:
- The oxidation reaction between trenbolone enanthate and potassium permanganate may not have a simple stoichiometry and may involve multiple steps.

3. **Estimate the amount of potassium permanganate needed**:
we'll approximate the amount of potassium permanganate needed based on the assumption of a one-to-one stoichiometry. This may not be accurate but can provide a rough estimate.
- If we assume a one-to-one stoichiometry, then the amount of potassium permanganate needed would be approximately equal to the amount of trenbolone enanthate present in the sample.

4. **Calculate the amount of potassium permanganate**:
- Since we're assuming a one-to-one stoichiometry, the amount of potassium permanganate needed would be approximately 75 mg.


Anyone used potassium permanganate or chromic acid to test their gear at home and save money on commercial tests?

I am curious on if anyone has experience and it seems like a good way to save money.

@MadStacker first please tell me when you're going to update your Log? I've been waiting for more updates. Please go there and give us an UP:

Second, I prepared a short response for you:

Your calculation provides a basic estimate for the amount of potassium permanganate needed to oxidize trenbolone enanthate in a given sample, assuming a one-to-one molar stoichiometry. It's important to note, however, that real chemical reactions, especially oxidation reactions involving organic compounds like trenbolone enanthate, may have complex stoichiometries. This means that the actual amount of potassium permanganate required could differ from this estimate. The purity of potassium permanganate (99.98% in your case) should also be considered in precise calculations, as impurities might slightly affect the reaction's efficiency or the amount needed.

In General, just plainly speaking, I have big doubts about accuracy of this method. For the average user, without precise knowledge of the reaction stoichiometry, reaction conditions, and potential impurities or by-products, interpreting results can be impossible. Misinterpretation can lead to false confidence in the quality or purity of the trenbolone you test.

 

[MadStacker]

@MadStacker first please tell me when you're going to update your Log? I've been waiting for more updates. Please go there and give us an UP:

Second, I prepared a short response for you:

Your calculation provides a basic estimate for the amount of potassium permanganate needed to oxidize trenbolone enanthate in a given sample, assuming a one-to-one molar stoichiometry. It's important to note, however, that real chemical reactions, especially oxidation reactions involving organic compounds like trenbolone enanthate, may have complex stoichiometries. This means that the actual amount of potassium permanganate required could differ from this estimate. The purity of potassium permanganate (99.98% in your case) should also be considered in precise calculations, as impurities might slightly affect the reaction's efficiency or the amount needed.

In General, just plainly speaking, I have big doubts about accuracy of this method. For the average user, without precise knowledge of the reaction stoichiometry, reaction conditions, and potential impurities or by-products, interpreting results can be impossible. Misinterpretation can lead to false confidence in the quality or purity of the trenbolone you test.

@MadStacker first please tell me when you're going to update your Log? I've been waiting for more updates. Please go there and give us an UP:

Second, I prepared a short response for you:

Your calculation provides a basic estimate for the amount of potassium permanganate needed to oxidize trenbolone enanthate in a given sample, assuming a one-to-one molar stoichiometry. It's important to note, however, that real chemical reactions, especially oxidation reactions involving organic compounds like trenbolone enanthate, may have complex stoichiometries. This means that the actual amount of potassium permanganate required could differ from this estimate. The purity of potassium permanganate (99.98% in your case) should also be considered in precise calculations, as impurities might slightly affect the reaction's efficiency or the amount needed.

In General, just plainly speaking, I have big doubts about accuracy of this method. For the average user, without precise knowledge of the reaction stoichiometry, reaction conditions, and potential impurities or by-products, interpreting results can be impossible. Misinterpretation can lead to false confidence in the quality or purity of the trenbolone you test.

Chief,

Thanks for the reminder about updating my log; I have been tracking my diet all week and tonight is the last night so it will be posted tomorrow.

Regarding your calculation, it's cool that you're delving into the chemistry behind it. Simplifying it a bit, while the generic estimate is a good starting point, real-world reactions can be trickier than they seem on paper, especially with organic compounds like trenbolone enanthate, so on that we agree.

But hey, even though it might seem complex, understanding these reactions can actually save you some bucks. Think about it: by knowing the basics, we can skip buying expensive tests and still ensure the quality of what we're using, (which we should all be doing to some extent.. at the very least, when trying a new lab, we havent used before even with the same vendor.) Plus, when it comes to safety, having a grasp on these things is super important for us as users. It's like having an extra layer of confidence in what we're putting into our bodies.

And you know what? Aside from the practical side, diving into these chemistry talks is just plain interesting, right? Lots of us are curious about how it all works, even if we're not experts. I really want to hear others' ideas on this topic. What's your take on it other than the initial complexities, that come to mind?

Looking forward to updating my diet log tomorrow as previously stated in my prior log and more chats about pharmacology!

Cheers,

(Sorry for double quote, began a response then had to do something real quick and started a new response but didn't realize old response was still in text field haha still learning the interface)

 

[MadStacker]

i just keep things simple in life
i use napsgear. their gear is already tested and vetted

Bro I got my first order in with them and I am Flippin PSYCHED! Me being the nerd I am, I ordered exact same product foreign and domestic to compare. I'm sure it will be good either way amazing reviews and everything I'm seeing is promising.

 

[Mobster]

Post this in the brewers section

 

[25homes]

this is interesting

 

[Quadsweep]

ugfreak.to sells high quality para pharma
It already has certificates of analysis that come with the products

 

[BodyMonster34]

bro my son brewed own gear
but he blew up the trailer

 

[JasonPriest]

domestic supply is a great option if you want quality gear without the hassle
make sure you keep us updated on your log

 

[MONSTRO]

monstro confused
you stopped updating your log I don't know what you're trying to accomplish

 

[Vadim Fedorov]

make sure you keep us in the loop as to what is going on
it seems like you're all over the place

 

[2Thick]

make sure you update your log
this way we know what you're trying to accomplish and you make things easy

 

[e2]

you won't go wrong with this log update
we want to see your results

 

[Ulter]

i wouldn't brew your own stuff but thats me
maybe try some other strategy

 

[chesty]

It try The Homebrew thread
it's got a lot of posts on here

 

[ROIDDERS]

home brewing is a great way to get your door kicked in
its not worth the risk vs. reward

 

[ceo]

bros you won't go wrong with reading the home brewer thread
keep in mind this sort of thing IMO should be left to the experts

 

[MadStacker]

i wouldn't brew your own stuff but thats me
maybe try some other strategy

It's not brewing its a test at home similar to roid test....the reagent is legal.

 

[MadStacker]

home brewing is a great way to get your door kicked in
its not worth the risk vs. reward

It's not brewing its a test at home similar to roid test....the reagent is legal.