Women in STEM - Small Worlds
adaptative lesson by
Infiniscope
adaptative lesson by
Infiniscope
Est. Time: 60-90 min30-45 min
Language: English
Mobile/Tablet: No
Lesson Resources
Alignment Documents
Lesson Version
Version
: 1
Released
: September 2019
Past versions
Browser Support
Chrome
69+
Firefox
63+
Safari
10+
Topics Covered
- Small Worlds
- Asteroids
Lesson Description
Observe the speed of small worlds to determine their location in the solar system. Then launch a probe to search these small worlds. Discover which worlds have been explored by women in STEM careers, find the hidden caches on these worlds and collect the astrocoins inside. Can you find them all?
Central Question: Which small worlds have been explored by women in STEM careers?
Instructional Objective: Use a model to make observations, analyze, and interpret empirical evidence to identify patterns in the phenomena of solar system arrangement.
Learning Outcomes
-
Learning Outcome #1: Use a model (Sun-based view and Bird’s eye view) to observe the motion and relative speed of an object to predict its location in the solar system.
-
Learning Outcome #2: Explain the relationship of relative speed (pattern in the rate of change) vs distance of the object in the solar system.
-
Learning Outcome #3: Identify and evaluate limitations of the solar system model.
-
Learning Outcome #4: Develop a hypothesis to explain the origin of small world zones.
Prerequisites
-
Solar system arrangement
Previous Versions
Topics Covered
- Small Worlds
- Asteroids
Lesson Description
Observe the speed of small worlds to determine their location in the solar system. Then launch a probe to search these small worlds. Discover which worlds have been explored by women in STEM careers, find the hidden caches on these worlds and collect the astrocoins inside. Can you find them all?
Central Question: Which small worlds have been explored by women in STEM careers?
Instructional Objective: Use a model to make observations, analyze, and interpret empirical evidence to identify patterns in the phenomena of solar system arrangement.
Learning Outcomes
-
Learning Outcome #1: Use a model (Sun-based view and Bird’s eye view) to observe the motion and relative speed of an object to predict its location in the solar system.
-
Learning Outcome #2: Explain the relationship of relative speed (pattern in the rate of change) vs distance of the object in the solar system.
-
Learning Outcome #3: Identify and evaluate limitations of the solar system model.
-
Learning Outcome #4: Develop a hypothesis to explain the origin of small world zones.
Prerequisites
-
Solar system arrangement
Previous Versions
- Est. Time: 60-90 min30-45 min
- Language: English
- Mobile/Tablet: No
Lesson Resources
Alignment Documents
Lesson Version
Version
: 1Released
: September 2019- Past versions
Browser Support
Chrome
69+
Firefox
63+
Safari
10+