1- What is the arrival excess velocity v (in km/s), when reaching Mars' sphere of influence (following A, you were on a Hohmann transfer trajectory)? (Give a signed answer here: if you get -10 km/s, enter -10; if your answer is +10 km/s, enter 10) -2.65 -2.65 The spacecraft is entering Mars' sphere of influence with the excess velocity computed above and a periapsis altitude of 400km was targeted. 2- What type of trajectory is the spacecraft on? Elliptical Circulor
1- What is the arrival excess velocity v (in km/s), when reaching Mars' sphere of influence (following A, you were on a Hohmann transfer trajectory)? (Give a signed answer here: if you get -10 km/s, enter -10; if your answer is +10 km/s, enter 10) -2.65 -2.65 The spacecraft is entering Mars' sphere of influence with the excess velocity computed above and a periapsis altitude of 400km was targeted. 2- What type of trajectory is the spacecraft on? Elliptical Circulor
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![1- What is the arrival excess velocity vã (in km/s), when reaching Mars' sphere of influence (following A, you
were on a Hohmann transfer trajectory)? (Give a signed answer here: if you get -10 km/s, enter -10; if your
answer is +10 km/s, enter 10)
-2.65
-2.65
The spacecraft is entering Mars' sphere of influence with the excess velocity computed above and a periapsis
altitude of 400km was targeted.
2- What type of trajectory is the spacecraft on?
Elliptical
Circular
Parabolic
Hyperbolic](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F61baa47d-edfc-437a-9bca-cc77ad308873%2Fdbb162ad-4dc3-496c-9f88-61b12aa0d09e%2Fdaspb7a_processed.png&w=3840&q=75)
Transcribed Image Text:1- What is the arrival excess velocity vã (in km/s), when reaching Mars' sphere of influence (following A, you
were on a Hohmann transfer trajectory)? (Give a signed answer here: if you get -10 km/s, enter -10; if your
answer is +10 km/s, enter 10)
-2.65
-2.65
The spacecraft is entering Mars' sphere of influence with the excess velocity computed above and a periapsis
altitude of 400km was targeted.
2- What type of trajectory is the spacecraft on?
Elliptical
Circular
Parabolic
Hyperbolic
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