2) What is the mission of the Orion spacecraft? 3) What makes the SLS more powerful than previous shuttles? 4) What did SLS use for fuel? 5) Were all the parts of the SLS being built new? How do you know? 6) Where will the final assembly take place? 7) How tall will the SLS-Orion rocket be? 8) How many pounds of thrust will the rocket generate?

1) Carry astronauts beyond low Earth orbit, including Moon and Mars missions. ### 2) Advanced propulsion systems with greater thrust. ### 3) Liquid hydrogen and liquid oxygen, plus solid propellant. ### 4) Some parts reused, such as RS-25 engines from the Shuttle program. ### 5) Kennedy Space Center, Florida. ### 6) Approximately 322 feet tall. ### 7) About 8.8 million pounds of thrust. Explanation 1. Identify Orion's Mission The mission of the Orion spacecraft is to carry astronauts beyond low Earth orbit, including missions to the Moon and potentially Mars. 2. Determine SLS Power Features The Space Launch System (SLS) is more powerful due to its advanced propulsion systems, including solid rocket boosters and a core stage with RS-25 engines, providing greater thrust than previous shuttles. 3. Identify SLS Fuel Type The SLS uses liquid hydrogen and liquid oxygen as fuel for its core stage engines, along with solid propellant for its boosters. 4. Assess New Parts in SLS Construction Not all parts of the SLS are newly built; some components, like the RS-25 engines, are repurposed from the Space Shuttle program, indicating reuse of existing technology. 5. Locate Final Assembly Site The final assembly of the SLS takes place at NASA's Kennedy Space Center in Florida. 6. Measure SLS-Orion Rocket Height The SLS-Orion rocket will be approximately 322 feet tall. 7. Calculate Thrust Generation The rocket will generate about 8.8 million pounds of thrust.