This lesson plan, adapted from the United States Department of Energy's "Science, Society and America's Nuclear Waste-Ionizing Radiation," teaches students how to visually demonstrate radiation and develop an understanding of detectors.  This webpage includes downloads to a PDF document of the lesson plan and the associated standards that it fulfills.  Additionally, a list of materials needed to complete the lesson is included on the website.  The lesson plan is intended for students in high school and higher; it takes one class period to complete the lesson
The National Institute of Radiological Sciences (NIRS) in Japan has conducted training courses for p...
The demand for education of college students on radiation protection is strongly emphasized recently...
With this lesson plan, students participate in a hands-on activity using a glass jar and other simpl...
This lesson plan, adapted from the United States Department of Energy's "Science, Society a...
This lesson plan and activity guide from The Joint Institute for Nuclear Astrophysics (JINA) and th...
A teaching guide in nuclear physics for high school teachers is the product of this study. It is int...
This site facilitates a classroom activity in which students create a hypothesis on cloud formation ...
CQU runs regular courses for intending Radiation Safety Officers from a variety of industry sectors....
These technology lesson plans were developed by master teachers for Thirteen Ed Online, an extension...
Experimental education in nuclear physics at secondary schools is less common compared to the other ...
This write-up for a chemistry lab at Parkland College details the student\u27s experiences using a c...
This lesson plan from the STEM Action Center - Utah covers incomplete vs. complete combustion&nb...
This Classroom Connectors lesson plan teaches young students how clouds form and how this relates to...
This collection of resources, provided by PolarTREC, includes lesson plans and links to articles abd...
This unit provides opportunity to identify and explore the different forms of radioactivity. These i...
The National Institute of Radiological Sciences (NIRS) in Japan has conducted training courses for p...
The demand for education of college students on radiation protection is strongly emphasized recently...
With this lesson plan, students participate in a hands-on activity using a glass jar and other simpl...
This lesson plan, adapted from the United States Department of Energy's "Science, Society a...
This lesson plan and activity guide from The Joint Institute for Nuclear Astrophysics (JINA) and th...
A teaching guide in nuclear physics for high school teachers is the product of this study. It is int...
This site facilitates a classroom activity in which students create a hypothesis on cloud formation ...
CQU runs regular courses for intending Radiation Safety Officers from a variety of industry sectors....
These technology lesson plans were developed by master teachers for Thirteen Ed Online, an extension...
Experimental education in nuclear physics at secondary schools is less common compared to the other ...
This write-up for a chemistry lab at Parkland College details the student\u27s experiences using a c...
This lesson plan from the STEM Action Center - Utah covers incomplete vs. complete combustion&nb...
This Classroom Connectors lesson plan teaches young students how clouds form and how this relates to...
This collection of resources, provided by PolarTREC, includes lesson plans and links to articles abd...
This unit provides opportunity to identify and explore the different forms of radioactivity. These i...
The National Institute of Radiological Sciences (NIRS) in Japan has conducted training courses for p...
The demand for education of college students on radiation protection is strongly emphasized recently...
With this lesson plan, students participate in a hands-on activity using a glass jar and other simpl...