Ammunition

Well, honey, an 8mm rifle typically shoots 8mm Mauser ammo, but you can also use 8x57mm JS, 8x57mm JRS, and even some 7.92x57mm rounds if you're feeling adventurous. Just make sure you check your rifle's manual and don't go loading up anything that doesn't belong in there, unless you want a one-way ticket to malfunction city.

The value of an unopened box of .41 rimfire ammunition can vary significantly depending on factors such as the box's condition, the manufacturer, and the production date. Generally, boxes from the more recent production runs (e.g., Navy Arms in the 1980s) might fetch between $40 and $50 for a box of 50 rounds. However, older or more rare brands, as well as certain collectible packaging, can lead to higher prices among collectors, potentially reaching $75 or more per box. It's worth noting that .41 rimfire ammo is largely obsolete and is often sought after by collectors, rather than for practical shooting purposes.

No, you should not shoot .38 Special ammo out of a Glock 31 chambered in .357 Sig. While the .38 Special and .357 Sig cartridges share the same bullet diameter, the .357 Sig operates at a much higher pressure than the .38 Special. Firing a lower-pressure cartridge in a gun designed for higher-pressure ammunition can lead to dangerous malfunctions and potentially catastrophic failures. It is crucial to always use the correct ammunition specified by the manufacturer for your firearm to ensure safe and proper operation.

In the map Moon in Call of Duty Zombies, the red max ammo power-up is called "Fire Sale." It reduces the price of mystery box spins to 10 points for a limited time.

A .50 cal bullet shot in space would travel at the same velocity as it would on Earth when fired from a gun. In the vacuum of space, with no air resistance to slow it down, the bullet would retain its initial velocity for a much longer distance compared to on Earth.

0.3543307087 in

Direct Conversion Formula 9 mm*

1 in

25.4 mm

=

0.3543307087 in

The bullet would travel in a straight line until it was affected by another gravitational force, such as a planet or star. In the absence of these forces, it would eventually continue moving through space indefinitely.

In the vacuum of space, a bullet would continue on a straight path at a constant velocity due to its initial momentum. However, it would not experience the same deceleration caused by air resistance as it does in Earth's atmosphere. This means it could travel significantly farther than on Earth before losing its momentum and stopping.