The force with which it is fired and the angle at which it is fired.
The horizontal component (which I assume you are trying to increase) of the trajectory can be made bigger by keeping the arrow in the air for longer by either firing with a greater force or by aiming slightly upwards (not too far or it will start to land closer to you).
If you want further explanation I'd be happy to help you out. Just email me at jamesmclennan@hotmail.co.uk
Gravity affects the path of the arrow by pulling it downward, causing it to follow a parabolic trajectory. The arrow will be subject to the force of gravity from the moment it leaves the bow, leading to an arced flight path towards the ground.
Another term for an arrow's resistance to bending is "arrow spine." Arrow spine refers to the stiffness of the arrow shaft, which affects how it flexes when shot from a bow.
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The feathered area on an arrow is called the fletching. Fletching is typically made from feathers or synthetic materials and helps stabilize the arrow during flight, improving accuracy and trajectory.
Nock: The part which hooks onto the string. Fletching(s): The feathers or plastic pecies used to tell you how to nock (put the arrow on the string) the arrow. Shaft: The middle of the arrow. This is where yo screw the tip into. Tip: This is what will puncture the target. Some kinds of tips are practice tips and broadheads.
A sentence for trajectory: The detectives were determining the trajectory of the bullet.
The trajectory of a bullet is the path it takes from the moment it is fired until it reaches its target. Bullet velocity refers to the speed at which a bullet travels through the air. The velocity of a bullet affects its trajectory, determining factors such as range and accuracy.
When an arrow is in the air, the main forces acting on it are gravity pulling it downwards and air resistance working against its forward motion. These forces affect the arrow's trajectory and speed as it moves through the air. Additionally, factors like wind can also influence the arrow's flight path.
Causes drag( slows an object), can cause lift or down force. It can also cause an object trajectory (wind drift of a rifle bullet)
Examples of projectiles are a baseball thrown by a pitcher, an arrow shot from a bow, and a cannonball fired from a cannon. These objects are propelled through the air and follow a parabolic trajectory due to gravity.
A trajectory could also be described as an arc.
Beware the missile's trajectory.