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Rifles, Reloading, Optics, Equipment
Rifles, Bullets, Barrels & Ballistics
Bullet Penetration
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<blockquote data-quote="tnek13" data-source="post: 1865639" data-attributes="member: 43112"><p>E=M(VxV) I do not know how to type squared in the formula. Anyway, the Kinetic energy available at impact is dependant on the weight of bullet and speed of impact. Velocity at the muzzle is less important that velocity at impact, that is where BC becomes a factor, as well as bullet design. Match your bullet to the intended game, expected range, etc. Manufacturers will tell you the expansion expectation at expected velocity.</p></blockquote><p></p>
[QUOTE="tnek13, post: 1865639, member: 43112"] E=M(VxV) I do not know how to type squared in the formula. Anyway, the Kinetic energy available at impact is dependant on the weight of bullet and speed of impact. Velocity at the muzzle is less important that velocity at impact, that is where BC becomes a factor, as well as bullet design. Match your bullet to the intended game, expected range, etc. Manufacturers will tell you the expansion expectation at expected velocity. [/QUOTE]
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Rifles, Reloading, Optics, Equipment
Rifles, Bullets, Barrels & Ballistics
Bullet Penetration
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