- #1
annalian
- 56
- 1
Homework Statement
A bullet flies with initial speed v0=200m/S under the angle pi/3rad. Find the maximal distance of flying
Homework Equations
L=v0^2*sin2a/g
The Attempt at a Solution
L=40000*sqrt(3)/2/10=3464.1 m
Right.annalian said:Homework Statement
A bullet flies with initial speed v0=200m/S under the angle pi/3rad. Find the maximal distance of flying
Homework Equations
L=v0^2*sin2a/g
The Attempt at a Solution
L=40000*sqrt(3)/2/10=3464.1 m
The maximal distance of flying is the furthest distance that an object can travel through the air before it falls back to the ground.
The maximal distance of flying can be calculated using the formula: d = (v^2 * sin 2θ)/g, where d is the distance, v is the initial velocity, θ is the angle of launch, and g is the acceleration due to gravity.
The factors that affect the maximal distance of flying include the initial velocity, angle of launch, air resistance, and gravity. Other factors may also include the mass and shape of the object, as well as any external forces acting on the object.
The maximal distance of flying can be increased by increasing the initial velocity, launching the object at a higher angle, reducing air resistance, and minimizing the effects of gravity on the object. Additionally, using more aerodynamic objects can also help increase the maximal distance of flying.
Finding the maximal distance of flying can help us understand the capabilities and limitations of different objects in flight. This information can be used in various fields such as physics, engineering, and aviation to optimize the design and performance of flying objects.