aerospacemissiondesign.blogspot.com

Aerospace Mission Design

A free aerospace-based high school S.T.E.M. laboratory class. The Aerospace Mission Design App (AMDA) is a program created with Google App spreadsheet software, that makes planning aerospace missions easier for astronauts. The 4 different apps involves 4 different areas of aerospace:. Spacecraft Orbital Payload Parameters. Links to the right point to webpages that detail the development of the apps. Isis, Project Manager. Jenna, Project Engineer. Subscribe to: Posts (Atom). Quarter 2: Launch Parameters.

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Aerospace Mission Design | aerospacemissiondesign.blogspot.com Reviews

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A free aerospace-based high school S.T.E.M. laboratory class. The Aerospace Mission Design App (AMDA) is a program created with Google App spreadsheet software, that makes planning aerospace missions easier for astronauts. The 4 different apps involves 4 different areas of aerospace:. Spacecraft Orbital Payload Parameters. Links to the right point to webpages that detail the development of the apps. Isis, Project Manager. Jenna, Project Engineer. Subscribe to: Posts (Atom). Quarter 2: Launch Parameters.

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3 spacely space sprockets

4 aerospace planning division

5 parabolic spaceflight

6 space station design

7 spacecraft unpowered landing

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Aerospace Mission Design | aerospacemissiondesign.blogspot.com Reviews

https://aerospacemissiondesign.blogspot.com

A free aerospace-based high school S.T.E.M. laboratory class. The Aerospace Mission Design App (AMDA) is a program created with Google App spreadsheet software, that makes planning aerospace missions easier for astronauts. The 4 different apps involves 4 different areas of aerospace:. Spacecraft Orbital Payload Parameters. Links to the right point to webpages that detail the development of the apps. Isis, Project Manager. Jenna, Project Engineer. Subscribe to: Posts (Atom). Quarter 2: Launch Parameters.

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aerospacemissiondesign.blogspot.com

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Aerospace Mission Design: Spaceplane Launch Parameters

http://www.aerospacemissiondesign.blogspot.com/2013/09/spaceplane-launch-parameters.html

A free aerospace-based high school S.T.E.M. laboratory class. This is the Skylon webpage. Subscribe to: Post Comments (Atom). Try saying THAT 3 times in a row. Quarter 1: Parabolic Spaceflight. Quarter 2: Launch Parameters. Quarter 3: Space Station Design. Quarter 4: Spacecraft Landing. STEM for the Classroom.

2

Aerospace Mission Design: Parabolic Spaceflight

http://www.aerospacemissiondesign.blogspot.com/2013/09/parabolic-spaceflight.html

A free aerospace-based high school S.T.E.M. laboratory class. Aerospace Flight Planning Division. CALCULATING PARABOLIC SPACE MISSION PARAMETERS. Aerospace Mission Design App. Algebra 2 Project 1 Presentation Script (pdf). Aerospace Mission Design App. Aerospace Mission Design App. Working Copy of the Parabolic Spaceflight Aerospace Mission Design App. Aerospace Mission Design App. Universal Galactic Date 2013.0829: We got our assignment, and it looks difficult! Universal Galactic Date 2013.1003: We ...

3

Aerospace Mission Design: Spacecraft Landing

http://www.aerospacemissiondesign.blogspot.com/2013/09/spacecraft-landing.html

A free aerospace-based high school S.T.E.M. laboratory class. This is the Spaceport America webpage. Subscribe to: Post Comments (Atom). Try saying THAT 3 times in a row. Quarter 1: Parabolic Spaceflight. Quarter 2: Launch Parameters. Quarter 3: Space Station Design. Quarter 4: Spacecraft Landing. STEM for the Classroom.

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adventures-in-outer-space.blogspot.com

Adventures in Outer Space: TEXTBOOK

http://adventures-in-outer-space.blogspot.com/p/t.html

Subscribe to: Posts (Atom). STEM For the Classroom. Chapter 1: Suborbital Spaceflight. Chapter 2: Orbital Spaceflight. Chapter 3: Space Station Design. Chapter 4: Unpowered Glide Landing. Chapter 5: Delta V and Transfer Time. Chapter 6: Crew Module Mass. Chapter 7: The Rocket Equation. Chapter 8: Lunar Landing. The RocketSTEM Magazine Articles. STEM For the Classroom. Oct 2013: Launching Student Minds. Oct 2013: Suborbital Spaceflight. Nov 2013: Gravity's Math. Jan 2014: Orbital Payload Capacity.

adventures-in-outer-space.blogspot.com

Adventures in Outer Space: SUBORBITAL SPACEFLIGHT

http://adventures-in-outer-space.blogspot.com/p/suborbital-spaceflight.html

In this, the first of four aerospace-based S.T.E.M. projects, students will calculate the Virgin Galactic. Maximum altitude, the time spent weightless, and the time spent in space. Students will also calculate the spaceflight duration given the duration of each part of the spaceflight. A connection to the Internet. Who are the pioneers of parabolic spaceflight? What is the maximum height of a parabolic spacecraft? Where does space actually begin? When was the first COMMERCIAL parabolic spaceflight? Analy...

adventures-in-outer-space.blogspot.com

Adventures in Outer Space: CREW MODULE MASS

http://adventures-in-outer-space.blogspot.com/p/crew-module-mass.html

In this, the second of a four-part interconnected astronautics-based S.T.E.M. project, students will calculate the total weight of the Crew Module, the place where astronauts live while conducting a space mission. Students will also calculate the number of astronauts needed to conduct the space mission. About 4.5 weeks. Spacecraft Systems Weight (lbs). Here is a short ( 3 min) video of the Boeing CST-100. And how the spacecraft returns to earth. The Boeing CST-100 Crew Module in action (0:02:13). This gi...

adventures-in-outer-space.blogspot.com

Adventures in Outer Space: THE ROCKET EQUATION

http://adventures-in-outer-space.blogspot.com/p/the-rocket-equation.html

In this, the third of a four-part interconnected astronautics-based S.T.E.M. project, students will calculate the weight of the rocket propellant (both the fuel and the oxidizer) needed to conduct a space mission. Students will also calculate the total weight of the Engine Module. The Crew Module is attached to the Engine Module to form a complete spacecraft. About 4.5 weeks. Periapsis delta V (kps). Apoapsis delta V (kps). Delta V Budget (kps). Crew Module Weight (lbs). Rocket Inert Weight (lbs). To cal...

adventures-in-outer-space.blogspot.com

Adventures in Outer Space: UNPOWERED GLIDE LANDING

http://adventures-in-outer-space.blogspot.com/p/unpowered-glide-landing.html

In this, the fourth and final aerospace-based S.T.E.M. chapter, students will track the position and speed of a spacecraft that is landing at Spaceport America. Which is located at 33 degrees North Latitude. Students will also determine the spacecraft descent rate, ground speed, and time until touchdown. About 4.5 weeks. Who are the pioneers of spaceports? What is the Complement of an angle? Where can a spaceport be located? When was Spaceport America open for business? Wait I have to do science and.

adventures-in-outer-space.blogspot.com

Adventures in Outer Space: LUNAR LANDING

http://adventures-in-outer-space.blogspot.com/p/lunar-landing.html

In this, the fourth and final part of a four-part interconnected astronautics-based S.T.E.M. project, students will design a mission that will land on the moon! Students will also calculate the total weight of the Engine Module. The Crew Module is attached to the Engine Module to form a complete spacecraft. Finally, a Landing Kit is attached to form the Lunar Lander. About 4.5 weeks. Rocket Exhaust Velocity (kps). Rocket Inert Weight (lbs). Mission Payload Weight (lbs). Rocket Full Weight (lbs). In addit...

adventures-in-outer-space.blogspot.com

Adventures in Outer Space: MAGAZINE

http://adventures-in-outer-space.blogspot.com/p/magazine.html

Subscribe to: Posts (Atom). STEM For the Classroom. Chapter 1: Suborbital Spaceflight. Chapter 2: Orbital Spaceflight. Chapter 3: Space Station Design. Chapter 4: Unpowered Glide Landing. Chapter 5: Delta V and Transfer Time. Chapter 6: Crew Module Mass. Chapter 7: The Rocket Equation. Chapter 8: Lunar Landing. The RocketSTEM Magazine Articles. STEM For the Classroom. Oct 2013: Launching Student Minds. Oct 2013: Suborbital Spaceflight. Nov 2013: Gravity's Math. Jan 2014: Orbital Payload Capacity.

adventures-in-outer-space.blogspot.com

Adventures in Outer Space: DELTA V AND TRANSFER TIME

http://adventures-in-outer-space.blogspot.com/p/delta-v-and-transfer-time.html

DELTA V AND TRANSFER TIME. In this, the first of a four-part interconnected astronautics-based S.T.E.M. project, students will calculate the change in orbital velocity (Delta V) needed to change the orbital altitude of a spacecraft. Students will also calculate the total round-trip time to transfer between orbits, and use that information to determine the duration of their space mission. About 4.5 weeks. Lower Orbital Altitude (km). Higher Orbital Altitude (km). Hohmann Transfer Orbit Equations. The firs...

adventures-in-outer-space.blogspot.com

Adventures in Outer Space: UdemySTEM

http://adventures-in-outer-space.blogspot.com/p/udemy.html

Subscribe to: Posts (Atom). STEM For the Classroom. Chapter 1: Suborbital Spaceflight. Chapter 2: Orbital Spaceflight. Chapter 3: Space Station Design. Chapter 4: Unpowered Glide Landing. Chapter 5: Delta V and Transfer Time. Chapter 6: Crew Module Mass. Chapter 7: The Rocket Equation. Chapter 8: Lunar Landing. The RocketSTEM Magazine Articles. STEM For the Classroom. Oct 2013: Launching Student Minds. Oct 2013: Suborbital Spaceflight. Nov 2013: Gravity's Math. Jan 2014: Orbital Payload Capacity.

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aerospacemissiondesign.blogspot.com

Aerospace Mission Design

A free aerospace-based high school S.T.E.M. laboratory class. The Aerospace Mission Design App (AMDA) is a program created with Google App spreadsheet software, that makes planning aerospace missions easier for astronauts. The 4 different apps involves 4 different areas of aerospace:. Spacecraft Orbital Payload Parameters. Links to the right point to webpages that detail the development of the apps. Isis, Project Manager. Jenna, Project Engineer. Subscribe to: Posts (Atom). Quarter 2: Launch Parameters.

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Aerospace Initiative Incentive Program. Grants, Loans and Tax Incentives. Community and Junior Colleges. High spirit of cooperation. Low cost of operation. Mississippi is home to some of the world's most renowned names in the aerospace industry. Global leaders like GE Aviation, Airbus Helicopters, Rolls-Royce and Lockheed Martin rely on Mississippi's supportive business environment, strategic location, and productive and skilled workforce. Explore our site to learn more, or give us a call at 800-360-3323.

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