That's not how you do it, faggot.
This is how you do it.
sir, is that like Sir Jimmy Saville?
Is there any gold?
>off
indeed we have.
>thier?
Mengele is an interesting story. His wife was a high school teacher of a friend of mine in São Paulo and Josef was a frequent visitor to the southern states (full of Germans) and apparently, while acting as as a vet, offered his assistance to pregnant women in a town which, coincidentally, has the highest incidence of twins in the world.
Just a coincidence, I'm sure.
Why does this town in Brazil have so many twins?
Cândido Godói is a village of 7,000 inhabitants in the south of Brazil that has a phenomenal number of twin births.
The rate is ten times higher than the national average, and no one knows why.
A team of geneticists have been working with the community for a number of years, sampling DNA and learning about families, in an effort to solve the mystery.
https://www.bbc.com/news/av/world-latin-america-45521495
You are correct. A regular assay would not detect this fraud.
Does anyone remember laughter?
Sure, I made a mistake because fraudsters can salt gold bars with tungsten.
How about you go fuck yourself in the face and have a happy Sunday night.
First image is creepy.
Care to explain the difference in size between a pound of gold and a pound of tungsten?
Just a visible representation would suffice, faggot
The key difference between a pound of tungsten and a pound of gold would be their volume. Both would weigh the same, but gold is much denser than tungsten, meaning it would take up much less space.
Here’s the breakdown:
Density of Tungsten: About 19.25 grams per cubic centimeter (g/cm³)
Density of Gold: About 19.32 g/cm³
Both are extremely dense metals, but gold is slightly denser than tungsten. To calculate the volume, we can use the formula:
Volume
=
Mass
Density
Volume=
Density
Mass
Since we're dealing with a pound of each metal (which is 453.592 grams), we can calculate the volume for both:
For Tungsten:
Volume
=
453.592
grams
19.25
g/cm
3
≈
23.56
cm
3
Volume=
19.25 g/cm
3
453.592 grams
≈23.56 cm
3
For Gold:
Volume
=
453.592
grams
19.32
g/cm
3
≈
23.49
cm
3
Volume=
19.32 g/cm
3
453.592 grams
≈23.49 cm
3
So, a pound of gold would be ever so slightly smaller in volume than a pound of tungsten, but the difference would be very minimal. Gold's higher density means it would be just a tiny bit more compact in size compared to tungsten, even though they weigh the same.;
Let us replace the Federal Reserve Notes for something backed by value
try
Because why not?