The reason I say “interesting” is because we’re going to pull a mathematical rabbit out of a ballistic magic hat because of the difference in the velocity of the propellant gas and the bullet itself.
And to make it interesting we’ll say the powder charge weighs 30 grains. And to keep it simple we’ll figure we’re using a lever action carbine weighing an even 6 pounds. 30/30 firing a 170-grain bullet at a muzzle velocity of 2,200 feet per second. What could be simpler?Īctually, it’s easier to give an example than try to explain, so let’s use a popular hunting caliber such as the. Multiply by the weight of the gun and divide by twice the acceleration of gravity, and you get the recoil energy in foot pounds. In other words, you simply square the velocity of recoil, which is easily calculated when we know the weight of the bullet and powder charge and its velocity when exiting from the muzzle. Enjoy! * Buck Attacks Hunter * Shark Attack * Two Bucks Boxing * Worst Shot Ever! * Squirrel Attacks Deer * Cat Fight * Stealing Salmon from Bears * Fish Jump Right in the Boat * Don’t Feed the Tarpon * A Shark in Slow Motion* * * » See all Photo GalleriesĪs I said, it is simple arithmetic and the formula for recoil energy is simply E=1/2 MV Squared, with “M” being mass of the gun and “V” being the recoil velocity. Table of Contents Click on the “next” or “previous” links in the slides, or use the table of contents below to navigate. We love how she refuses to get involved.) ||||| (Apparently the fella’s wife is the one working the camera.
A deer hunter ends up going toe-to-toe with a heavyweight champion buck.
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