Items Tagged as "elements"
Lewis Structure Activity
Summary:
Get students involved in making Lewis Structures for elements and compounds in this interactive review activity. Part of a student created project from an Honors Chemistry class.
Periodic Table - Cloned Edition
Subjects: Education,
Chemistry,
Science
Language: English
Grade Level: Gr. 5 | Age 11,
Gr. 6 | Age 12,
Gr. 7 | Age 13,
Gr. 8 | Age 14,
Gr. 9 | Age 15,
Gr. 10 | Age 16,
Gr. 11 | Age 17,
Gr. 12 | Age 18,
Hr. Ed. | Age 19+
Posted: Aug. 30, 2010
Posted by: Travis Rink
Summary:
This is designed to be used with the latest version of Mimio Studio Version. It will allow you to combine elements from the periodic table and could serve a variety of uses. Features the new cloning tool.
NSTA - The Interactive Age: Making It Interesting Everyday
Summary:
This was the mimio Teacher Team presentation "The Interactive Age: Making It Interesting Every Day" presented at NSTA 2010. Feel free to download, edit and incorporate the different slides and activities into your lessons!!
FETC Interactive Science in the Classroom
Subjects: Science
Language: English
Grade Level: Gr. K | Age 6,
Gr. 1 | Age 7,
Gr. 2 | Age 8,
Gr. 3 | Age 9,
Gr. 4 | Age 10,
Gr. 5 | Age 11,
Gr. 6 | Age 12,
Gr. 7 | Age 13,
Gr. 8 | Age 14,
Gr. 9 | Age 15,
Gr. 10 | Age 16
Posted: Mar. 1, 2010
Posted by: bhelveston
Summary:
This was the mimio Teacher Team presentation "Interactive Science in the Classroom" presented at FETC 2010.
FETC mimio Pad: Putting Interactivity into Students’ Hands
Subjects: Astronomy,
Chemistry,
Mathematics,
Reading & Language Arts
Language: English
Grade Level: Gr. K | Age 6,
Gr. 1 | Age 7,
Gr. 2 | Age 8,
Gr. 3 | Age 9,
Gr. 4 | Age 10,
Gr. 5 | Age 11,
Gr. 6 | Age 12,
Gr. 7 | Age 13,
Gr. 8 | Age 14,
Gr. 9 | Age 15,
Gr. 10 | Age 16,
Gr. 11 | Age 17,
Gr. 12 | Age 18
Posted: Mar. 1, 2010
Posted by: bhelveston
Summary:
This was the mimio Teacher Team presentation "mimio Pad: Putting Interactivity into Students' Hands" presented at FETC 2010.
Simple 2-D Atom Model
Summary:
Make a 2-d model of elements of the first three periods of the Periodic Table by dragging protons, neutrons and electrons to the appropriate place.