What is the Equation for the Force of an Arrow Using Draw Weight Length and Arrow Weight Initial Energy at Release?
The force of an arrow is determined by the draw weight length, arrow weight, and initial energy at release. The equation for the force of an arrow is:
F = (1/2) * k * d * w * v^2
where:
- F is the force of the arrow (in Newtons)
- k is the draw weight (in pounds)
- d is the draw length (in inches)
- w is the arrow weight (in grains)
- v is the initial velocity of the arrow (in feet per second)
This equation can be used to calculate the force of an arrow for any given set of parameters.
Related Questions
- What is the draw weight of a bow?
- The draw weight of a bow is the amount of force required to pull the string back to a certain point.
- What is the draw length of an archer?
- The draw length of an archer is the distance between the nocking point on the arrow and the archer's anchor point on their face.
- What is the arrow weight?
- The arrow weight is the weight of an arrow in grains.
- What is the initial energy of an arrow at release?
- The initial energy of an arrow is the kinetic energy of the arrow at release.
- What is the point-on point distance from the archer to the target?
- The point-on point distance from the archer to the target is the distance between the archer's nocking point and the target.
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