WebA hyperbolic earth departure trajectory has a perigee altitude of 250 km and a perigee speed of 11 km/s. (a) Calculate the hyperbolic excess speed (kilometers per second). (b) Find the radius (kilometers) when the true anomaly is 100°. (c) Find vr and v⊥ (kilometers per second) when the true anomaly is 100 °. Step-by-step solution Step 1 of 3 (a) Web9 jan. 2024 · ϵ = v ∞ 2 2, or ϵ = v S O I 2 2 − μ r S O I, I was not sure whether you meant the hyperbolic excess velocity (velocity at r = ∞) or the velocity at the SOI. So your starting velocity at your desired starting radius r can be determined with v = v ∞ 2 + 2 μ r, or v = v S O I 2 + 2 μ ( 1 r − 1 r S O I).
Escape velocity - Wikipedia
WebCalculate the hyperbolic excess velocities at departure and arrival using Equations 8.94 and 8.95. Example 8.8 A spacecraft departed earth’s sphere of influence on 7 November 1996 (0 hr UT) on a prograde coasting flight to Mars, arriving at Mars' sphere of influence on 12 September 1997 (0 hr UT). Webvelocity of the planet. We can then observe that any excess speed would be the hyperbolic excess speed, the speed at infinity for a hyperbolic orbit. We can summarize this result by simply stating: (4) That is to say, the hyperbolic excess speed of a planetocentric escape orbit is just the available for insertion into the heliocentric transfer ... h st giant
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WebA hyperbolic Earth departure trajectory has a perigee speed of 15 km/s at an altitude 300 km. Calculate (a) hyperbolic excess speed, (b) radius and speed when true anomaly is 100o. 9. Voyager-I’s closest approach to Saturn was at a periapsis radius of 124000 km and the hyperbolic excess speed was 7. 51 km/s. http://astro.pas.rochester.edu/~aquillen/ast570/problems/problemset1sol.pdf WebI get v ∞ of about 7,795 m/s, and a velocity of 1% above that at a distance of 655,000 km from earth, or about 70% of the way to the edge of the sphere. The velocity immediately … hst from total amount