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Flight time calc free#

For example, since the Earth is not a perfect sphere, and more closely represented as an oblate spheroid, acceleration due to Earth gravity as Sea Level is more accurately calculated based on latitude. the Earth 9.8 m/s 2 verses the moon1.6 m/s 2) and the distance from the center of mass. Acceleration due to gravity changes based on the mass of the object (e.g. the Earth or Moon), the difference in masses result in a negligible acceleration of the large object toward the small and small object accelerating toward the center of mass of the large object. you, an arrow or the Space Shuttle) verses planetary objects (e.g. The force of gravity pulls masses towards each other. A default is provided for the acceleration due to gravity of 9.80665 m/s 2 which is mean acceleration (at all latitudes) for sea level on Earth. This formula does not take into account other factors such as drag (see below). It only takes into account the initial velocity and launch angle (also knows as the loft) and the effects of gravity through an acceleration towards the ground.

Flight time calc free#

The Ballistic Flight Time equation calculates the time of flight of an object in free flight. A default is provided for the acceleration due to gravity of 9.8 m/s 2 which is mean acceleration (at all latitudes) for sea level on Earth. The initial parameters are the launch elevation or height (h) above the plane, the launch angle (`theta`), the initial velocity (V) and the acceleration due to gravity. This equation calculates the time an object is in free flight based on initial parameters and downward acceleration.

t is the total ballistic flight travel time.

The formula for the ballistic travel time is:

Horizontal Position in Ballistic Flight: This compute the horizontal position (x) at a given time within ballistic flight.

Vertical Position in Ballistic Flight: This compute the vertical position (y) at a given time within ballistic flight.

Ballistic Horizontal Velocity: This is horizontal velocity or ground speed.

Ballistic Vertical Velocity: This is the vertical velocity at a given time.

Ballistic Flight Time: This is the time duration of free flight.

Ballistic Maximum Range: This is the maximum horizontal range.

Ballistic Maximum Altitude: This is the maximum altitude achieved in free ballistic flight.

The information it provides for your potential or operational flight plan includes distance, fuel consumption, and anticipated cost with the information delivered to you instantly. Ballistic Flight Equations and Calculators: Our free online calculator can be used as a flying route and fuel planner for any round trip, multi-stop, or one-way flight. However, this can be automatically converted to other time/duration units (e.g. ( g) Acceleration due to gravity with a default of 9.80665 m/s 2īallistic Travel Time (t): The calculator returns the time of flight ( t) in seconds.( V) Initial Velocity of object launched (e.g.INSTRUCTIONS: Choose units and enter the following: New York City, Los Angeles, Chicago, Brooklyn, Houston, Queens, Philadelphia, Phoenix, Manhattan, San Antonio, San Diego, The Bronx, Dallas, San Jose, Austin, Jacksonville, San Francisco, Columbus, Fort Worth, Indianapolis, Charlotte, Seattle, Denver, El Paso, Detroit, Boston, Memphis, Portland, Oklahoma City, Las Vegas, Baltimore, Washington D.C.The Ballistic Travel Time calculator computes the a amount of time an object is in free flight based on height ( h) above the horizon of the launch point, initial velocity ( V) of the object, and angle of launch ( θ), and the vertical acceleration ( g).