At the gunshop the proprietor tells uncle Red that newly-minted silver bullet should be accurate. That is not true, not after I watched an episode of "Myth Busters". The testers fired silver bullets out of a lever action rifle. The accuracy was poor. The problem is, silver is harder than lead. It doesn't grip the barrel rifling adequately. To fire silver bullets accurately, a firearm's barrel would need different rifling, deeper lands and grooves.
They don't know what they're talking about. Here's a list showing the hardness of the elements:
https://en.wikipedia.org/wiki/Hardnesses_of_the_elements_(data_page)
Copper is harder than silver, and most bullets are copper-jacketed, including extremely accurate bullets used in target shooting competitions, long-range varmint hunting, and military or police sniping. Also, bronze is harder than silver, and bronze solids are commonly used in dangerous game applications. Furthermore, mild steel is significantly harder than silver, and steel-jacketed bullets are common too, particularly in Combloc military surplus ammunition.
There's nothing intrinsic to silver which would make a bullet made from it inaccurate. If the bullet is made right and a good load is worked up for it, it can be as accurate as a bullet made from anything else.
Unjacketed lead bullets aren't used much anymore. They are primarily used in .22 rimfire cartridges, cheap plinking loads for revolvers (e.g., .38 or .44 Special), and in "retro" loads for "Old West" type guns, such as .45 Colt single-action revolvers or .45-70 Government rifles. With regard to mainstream factory ammunition, unjacketed lead bullets don't exist for automatic pistol cartridges like 9mm Luger or .45 ACP, or for high-velocity rifle cartridges like .223 Winchester, .308 Winchester, .30-06 Springfield, and so on. That's because an unjacketed lead bullet causes major lead fouling (known as "leading") in the bore once it exceeds a certain velocity (which is about 1,000 FPS for pure lead or around 2,000 FPS for harder lead alloys).
The .44 magnum bullet should have exited the werewolf's head, making a gory mess in the process.
Says who? A real problem with using silver to make a bullet (as opposed to the nonexistent accuracy problem) is that it's less dense than lead. That means, to match the weight of a lead bullet, a silver bullet of the same caliber would have to be longer, i.e., it would have to have a greater volume. If you make the silver bullet long enough to match the weight of a lead bullet, it may be too long to chamber in the gun, or it may have to be seated deeper in the case which reduces powder capacity and therefore reduces potential velocity.
We saw the bullet that he made and it wasn't an extra long bullet, which makes sense, because he was using an off-the-shelf bullet mold and those are designed with lead in mind. So that means the bullet was "light-for-caliber", which means it had low sectional density. Lower sectional density = less penetration, all else being equal.
On top of that, we don't know how "hot" the gunsmith loaded the cartridge, nor do we know how a fictional werewolf's head is constructed, i.e., we don't know how much bone was in the path of the bullet nor how thick it was.
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