one of the most effective brownie recipes out there. NEVER FAILS!

AdReNaLiNeRuSh said:

Hi,

Personally, I think that you have no idea what you are talking about and that you post is a rip off of another one you may have read.



First off, why is cannabis oil sooo much better than cannabutter? Also, how the hell do you propose that making cannabis oil is more effective than using straight bud? Straight bud utilizes 100% of the THC and other psychoactive substances in the cannabis material, while extracting it into a butter or oil only takes a % of it.



Hate to break it to you, but the difference is not really in amount of fat, but the type of fat (saturated vs monosaturated).

If you're going to post information on the internet for others to learn from, make sure it's correct information. Otherwise, people will learn bad information and our advancements in knowledge will be hampered.


-AR

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I'm very sorry that you have something large rammed up your ass, but all I was trying to do was share a recipe that has worked for me every time. You are one of those smokers who thinks your the shit and thinks you know everything about bud, when really your an ognoent asshole who will never have any friends.



So, did anyone try the recipe yet?

well said bro im fukkin baked lik these brownies...nice

Robalicious said:

I'm very sorry that you have something large rammed up your ass, but all I was trying to do was share a recipe that has worked for me every time. You are one of those smokers who thinks your the shit and thinks you know everything about bud, when really your an ognoent asshole who will never have any friends.

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Hehe, amusing post... Unfortunately, I am not "one of those smokers who thinks [he's] the shit." You see, the thing is, I made my post becuase I'm sick of seeing people post information that they heard or read from a non-credible source (or even at times taking credible information and slaughtering it), then backing it up like they've had experience with it. When people do this, then masses of other individuals commit that faulty knowledge to memory, and in turn pass that on to yet more people. All the while, this faulty knowledge is causing people to loose out on money and time invested in such projects, and hampers the further development of the true methods.

You'll note that I simply called you out on your presentation of horseshit. I didn't bother to make any personal attacks on you. Your last post took care of that for me

Also, "ognoent"...? Did you mean ignorent, or perhaps arrogant? hehe...


-AR

Adrenelin....you have more pressing (and helpful) issues to deal with (like answering my question) then replying to that last response. What do u think? Look at my last post, please. Lets see this knowledge.

I'm really high atm, so cut me some slack for the following response... Also, I'm basing my figures off of this website, which appears to give rather broad ranges.

Anywho, I'm going start out with a quick lesson CannaChem 102. As the plant matures, it starts to produce terpenoid compounds. Terpenoids are very aromatic, organic compounds that are derived from 5-carbon chains. Now, the molecules of the terpenoid compound can rearrange themselves in maaany different ways, thusly creating altered terpenoids with altered functions. Needless to say, the plant produces a wide array of terpenoid variations. Of these, one terpenoid in particular (citral) tends to constitute as a precursor to THCA. Fortunately for us, it has a melting point of around 195ºF (which I'll elaborate on now).

Now, according to the website I found, by the time we've spent about a minute at 195ºF, most of the useless terpenoids have vapored off and all of the THCA has decarboxylated to THC. Unfortunately, most recipies call for higher temperatures... higher than the flash point of THC. So, now you're probably thinking "why can I bake cookies higher than marijuana's flashpoint but still get high off the cookies?" Right? Well, let me elaborate on this...

The primary rection spot on the THCA molecule is its carboxyilc acid. This acid makes the molecule very polar. And when a carboxylic acid bonds to another carboxylic acid, they form a very strong hydrogen bond, thusly raising the boiling point higher. Unfortunately, I could not tell you this exact temperature off the top of my [stoned] head.

Soooo.... to put things in shorter terms: The THCA will vapor off at decently low temperature by itself. However, when you bond it to a lipid (containing a carboxylic acid), the vapor point is raised significantly, and you can cook with it, not having to worry about it all going away.


-AR

Damn, could your repeat that in english.

Bah, I just re-read my post (I'm sober atm) and found an error. I based my post off of the flash point of citral (195ºF), not THC. THC has a boiling point of around 392ºF. Again, I'm not sure how much higher the boiling point would be once it becomes bonded with lipid/fatty substance, but I'm sure if someone google'd it would come right up.

This is why I don't make informational posts when I'm blitzed outa my gord...


-AR

So basically, you would conclude (as I am) that it is UNNECESSARY to keep the temperature of the THC at or below the water boiling point of 212F. Just cook ur bud/thc in any way at a temperature lower than the boiling point of THC (which is 395F) and you will be fine. Is this correct?

Titan4jah said:

well said bro im fukkin baked lik these brownies...nice

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are you going to u of o right now?

BigBud992 said:

NG, I've heard that..and I've actually tried to abide by that....but doesn't THC need a temperature of like 395 degrees to be vaporized? Wouldn't that allow it to go much higher than 220?

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THC vaporizes at 180deg(F)

rolla8 said:

THC vaporizes at 180deg(F)

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I think you mean Celsius, not Fahrenheit. And even then, add on a few degrees and you're in the ballpark. 180ºF won't even provide enough energy to decarboxylate THCA, more or less evaporate it.


-AR

That is false my friend lol....u might mean 180 Celcius..which is 365F (which I think might be the correct temperature rather than 395F. Adreneline...u need to lay the smack down on this fool!

wow u beat me to do it lol

how did i miss that post? oh yea I am stoned

Decarboxylation

"Heating dried marijuana makes the carboxyl group convert into water (H2O) and carbon dioxide (CO2). When marijuana is smoked, the burning eliminates the carboxyl group. There are several ways to decarboxylate marijuana for use in extracts. A layer of marijuana buds or leaf can be placed in an oven at 150 degrees for 15 minutes. This is far below the boiling point of THC yet warm enough to evaporate the carboxyl group. Another method of releasing the COOH is by placing a bowl of buds in the microwave for 2 minutes. The waves will boil away the water. The boiling point of marijuana's active cannabinoids ranges from 260-392 degrees F."

This info is 5 years old...but its info with a source nonetheless.

ok i juss went threw this whole threand and feel that i should earn a college diploma lol ok so adrenaline wat would be that other carboxylic acid to combine the bud with