2.6 | Orbital Flight: Speed and Direction | Rocket Science for Everyone with Yale’s Marla Geha

Have you ever wondered what it truly takes to get a satellite to stay in space? In this lesson, we move beyond where satellites orbit to the crucial question of how they achieve and maintain that incredible feat. We’ll explore the immense speeds required and the precise maneuvers rockets perform to counteract Earth's relentless gravitational pull, ensuring a sustainable presence above the Karman line.🎯 Learning Objectives• Differentiate between suborbital flight and stable orbital insertion.• Explain the critical role of horizontal velocity in achieving orbit around Earth.• Compare and contrast orbital velocity and escape velocity.• Describe the typical launch trajectory of a rocket aiming for orbit.• Understand the significance of 'Max Q' during a rocket launch.📚 About the CourseThis course is an intuitive introduction to rocket science in our everyday lives.Modern life increasingly depends on technology provided by Earth-orbiting satellites, from detailed weather predictions to broad-band internet and GPS. How are satellites launched into orbit and how do they work once they get there? Why are rockets used to get into orbit and how are they different from airplanes? This introductory course is aimed at a wide non-technical audience and is appropriate for all ages. 📺 Watch the full playlist on YouTube: https://www.youtube.com/playlist?list=PLh9mgdi4rNexC1fSWLlpQx_Gjj_0DhjVE 🎓 Enroll on Coursera for assessments and a certificate: https://www.coursera.org/learn/rocket-science-for-everyone 🌐 Explore more learning opportunities on Yale Online: https://online.yale.edu/courses/rocket-science-everyone #Yale #RocketScience #OnlineLearning #YaleOnline #STEMEducation #SpaceTech #ScienceForAll #LearnOnline Learn more about your ad choices. Visit megaphone.fm/adchoices