Assertion: bullet | /r/CapableOf | leave the barrel
Facets:
value: the faster
type: MANNER
Source sentences:
text: The physics affecting the bullet once it leaves the barrel is termed external ballistics.
text: For example, a bullet with a muzzle velocity of 3,000 feet per second (910 m/s) leaving a barrel that twists once per foot (1/12") would rotate at 180,000rpm.
text: After the bullet has left the barrel, the slide and barrel continue rearward a short distance.
text: Rifles were similar in that they used the same kind of flintlock or caplock firing mechanism, but the main difference was that their barrels were rifled – that is, their barrels had grooves cut into the interior surface which would cause the bullet to spin as it left the barrel.
text: This principle is similar to that of internal combustion engines, except that the bullet leaves the barrel, while the piston transfers its motion to other parts and returns down the cylinder.
text: The way the bullet behaves after it leaves the barrel is called 'external ballistics'.
text: The Thompson gun barrel was ported (i.e. drilled with holes) to provide a controlled release of high pressure gas into the suppressor that surrounds it before the bullet leaves the barrel.
text: The analysis is concentrated on the marks that the firearms leave on the bullet, which – just like fingerprints – are unique and the study of the trail refers to internal ballistics (the analysis of the mechanical processes between the moment of firing and the one in which the bullet leaving the barrel) applied on forensic matters (the implication of legal questions, investigations and situations subject to the law).
text: The heavier the bullet and the faster it leaves the barrel the more recoil there is.
text: The heavier the bullet and the faster it leaves the barrel the more recoil there is.
text: Muzzle energy is a product of the weight of the bullet and its velocity at the moment it leaves the barrel, expressed in foot pounds.