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NASA Curricular Resources
- NASA JPL Resources from Dr. Ota Lutz
- SpaceMath.
SpaceMath @ NASA provides hundreds of math problems with which NASA scientists have experience. From Number Operations with fraction to Algebra, Measurement and Problem Solving, this site has math for the masses and it tied to all of NASA's Space Missions. Grade 2-12.
- Space Math with Algebra I, Geometry, Algebra II and Pre-calculus
Examples illustrate real-world activities to meet Math content goals
- Interactive Simulations for Science and Math
The PhET Interactive Simulations project at the University of Colorado Boulder creates free interactive math and science simulations. PhET sims are based on extensive education research and engage students through an intuitive, game-like environment where students learn through exploration and discovery.
- Teach "Station" - Math
The International Space Station represents a math lab, as a part of STEM research. Specific examples allow educators to pull out specific examples.
- LineUp with Math.
Math-based decisions in air traffic control.
- FlyBy Math.
Distance-Rate-Time Problems in air traffic control.
- Imagine the Universe Astronomy and Math.
Lesson plans for various topics in astronomy.
- Black Hole Math.
Understand the math of Black Holes with simple algebra. Consider gravitational potential energy. Combine science background to gain insight into these incredible phenomenon. Grade 10-12.
- Solar Math.
By studying the Sun's magnetic field, scientists hope to learn if they can identify the magnetic field configurations that lead to explosive energy releases and then to predict when these events may occur. The variety of problems includes proportions, decimals, geometry and scientific notation.
- Image Scale Math.
Image Scaling is an important first step that all astronomers perform in understanding image-type data produced by satellites and telescopes. Each activity in this booklet has an image with the physical size of the image given.
- Lunar Math.
Apply mathematics to help understand Earth's natural satellite and future missions to the moon. Problems in Lunar Math use mathematical applications to explain concepts such as the physical features of the moon; the probability of a meteorite impact on the lunar surface; and how oxygen might be extracted from moon rocks. The problems in this guide include basic mathematics, algebra, geometry and some trigonometric functions. The one-page assignments are accompanied by one-page answer keys.
- Radiation Math.
Help students understand that they are surrounded by radiation. Problems in Radiation Math use mathematical applications to explain concepts such as background radiation; radiation effects on humans and technology; radon gas, sun spot cycles; and the Van Allen Belts. The problems in this guide include basic math, geometry, unit conversions, analyzing graphs, and graphical and function integrations.
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Solar System Math. Pre-Algebra level content student and teacher guides.
- Comparing Size and Distance
- Comparing Mass, Gravity, Composition and Density
- Comparing Planetary Travel Distances
- Analyzing Payload Size and Cost
- Math and Science Ideas and Examples.
Applications have more ideas than thorough lessons for this course. Some contain NASA content.
- Poster.
NASA's X-15 went to the heights of the atmosphere and is a math with aeronautics developed masterpiece of a project. This is a poster for K-12.
Planning Problem Based Lessons
Mathematical Modeling
- Modeling Handbook.
Examples demonstrate ways to apply math concepts to derive results in related situations.
Applied Mathematics in STEM
- Math in Movies
Remarkable math in movies demonstrates contexts in everyday life.
- Technology Education lessons in Earth and Space Science
Originally published in the Technology Teacher these proven lessons integrate Earth or Space science and math.
- NASA Solar Storm Data.
Data from the Sun and space missions are seen in various types of energy (e.g., X-Ray, UV) travel at the speed of light, before "plasma" may get to Earth days later.
- The Science of Speed.
Primarily an example of Applied Science concepts for NASCAR, there are basic mathematics elements introduced since speed is measured in victory. Grade 4-12.
- Mathematical Moments
Paragraphs of examples use math in research. Knowing math gives us a window into all these areas of interest. Grade 6-12.
- NASA Student Launch Initiative.
These activities promote the design and construction of rockets to reach one-mile high. Middle and high school student teams compete. Grade 6-12.
Other Resources
Early Ages (Grades K-4)
- Put It Together Puzzle
In this interactive online game, students build online puzzles of NASA pictures supporting math standard of understanding patterns, relations and functions.
- Age and Weight.
Learn about conversion of weight on different planets in the solar system. Understand basic concepts about the physical behavior and/or movement of objects, including object permanence, friction, and gravity. Measure length, weight, temperature, and liquid volume with appropriate tools and express those measurements in standard metric system units.
- Addition Blast Off.
Children develop memorization of addition problems by deducing the correct numbers to create the sum before the time runs out. Know the addition and subtraction facts (sums to 20) and commit them to memory.
- Time.
Practices telling time by matching numbers on a digital clock to the correct wall clock. Make sure the airplanes are leaving at the correct time, and tell time to nearest 1/2 hr and relate time to events.
- 3... 2... 1... Liftoff! Educator Guide
NASA educator guide for pre-K through 2nd grade focuses on activities about the International Space Station and the role rockets play in its construction.
- Aeronautics for Pre-K (Grades Pre-K)
Aeronautics for Pre-K is a collection of six STEM learning modules based upon children’s books. These resources are most appropriate for story times at educational/science centers, libraries, and pre-K through early elementary classrooms. Each module focuses on a single children's story book, followed by a STEM thematic lesson, including topics associated with gliders in nature (form and function), balloons (sinking and floating, weight), parachutes (fluid thickness and drag), kites (surface area and lift), helicopters and airplanes (force and thrust), and world flyers (geography and global trade).
- Climate Kids
Climate Kids is produced by the Earth Science Communications Team at NASA's Jet Propulsion Laboratory / California Institute of Technology.
Examples of Award-winning Applied Math Examples:
Online Webcast Session Slides:
Click here to find out more about U.S. Satellite Laboratory, Inc. and its pipeline of education programs. |
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