It had some serious drip.
Please assume it does evaporate completely.
I think my thinking process is fine; I am just making an awkward unit conversion mistake.
Any help is much appreciated.
StepA - How many molecules in the drop?
0,03 ml = 0,03g
n = 0,03/18 = 0,0016 mol
N = 0,0018*6,022*10^(23) = some nonsense which is definetly wrong.
Where am I making a misstake please?
“I know some people that, through energetical transformation, through the power of prayer, through the power of gratitude, they managed to turn the most toxic food, or maybe most polluted water into the most healing water, because water reacts. Scientists have proven that in experiment, that molecules in the water react to our emotions to what has been said,” he said.
Is that even possible?
If the answer is "yes" then I think I get it. But if it's "no" then I'll need some explanation :(
I’m aware that a single molecule can’t be a solid, liquid, or gas so I wonder how many molecules are needed to make a phase meaningful, in this case a liquid.
I have this tube of ASEA Renu 28 that was given to me, I haven't used it and wanted to know how it works before trying it. Obviously this is a saline solution claiming to be the fountain of youth. But I wanted to understand the science. Anything I found on the internet was inconclusive on how it is actually supposed to work, so in order to help myself understand this concept better i'm sharing with you my findings. I'm not a chemist or a biologist but i've read a some articles and studies from Oxford and the NIH to come to this conclusion.
Let's assume you know what ASEA is and what the bottle claims to do, and that you have a basic understanding of cellular biology... i.e.: "the mitochondria is the powerhouse of the cell" <-literally all you will need to know in this context, it helps us produce ATP / Energy. Oxygen along with glucose are the two ingredients needed for us to create ATP through cellular respiration.
The mechanism of "Redox Signaling" is a natural process for maintaining the balance of oxygen in a system.
There are a few terms here we need to know. Here's my basic understanding of what they are in order to piece together how they work together in a living organism:
Oxygen: This is a toxic gas / element that Aerobes / Aerobic species such as humans require to live, grow, and survive. It is toxic, so aerobes have evolved to process it with the use of antioxidants.
Reactive Oxygen Species (ROS): These are highly reactive chemicals that have been derived from Oxygen. Think about things like hydrogen peroxide. They play an important role in our systems to trigger signals within our bodies.
Free Radicals: From what I understand, these are the same as Reactive Oxygen Species. We hear about free radicals all the time, that they are toxic, and that they cause cancer. But they also play an important role in signaling Oxidative Stress.
Oxidative Stress: This is the state of imbalance between ROS and Detoxifiers / Antioxidants. Basically too much oxygen, which can lead to oxygen toxicity.
Antioxidants: These are substances that our body uses to fight oxidative stress. We consume these through fruits and vegetables, and some people consume them by popping vitamin pills. (the efficacy of popping vitamins as a way to increase antioxidants in the body is still under review from what i've read).
Redox: This is the term we use for the systems mechanism to REDuce OXygen, when there is Oxidative Stress.
*^these def
... keep reading on reddit ➡
Ok, I know this one is probably ACTUALLY a stupid question. But, I was on vacation recently some place far away (that I had been previously) and it was raining and I got me thinking about water moving around the earth in the form of clouds, rain, humidity, lakes, rivers, oceans, etc., And whether or not I have ever come into contact with a single molecule of water twice in my life. Or at least, what are the odds of coming across the same molecule twice.
Thanks for taking my stupid question into consideration.
H2O is stable/has a neutral chrage, right? Why do they attract each other if they're stable?
