Lesson Plans and Worksheets
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Atomic Structure Lesson Plans
Find teacher approved Atomic Structure lesson plan ideas and activities
Students investigate what is inside three different boxes using indirect observations and relate it to the discovery of the structure of the atom. For this atomic structure lesson plan, students explore the history of atomic structure by experimenting with indirect observations of 3 boxes and testing Rutherford's equation using a box and marbles. Students discuss Rutherford's experiment to determine the size of the nucleus of an atom.
Eighth graders build models of an atom's nucleus. In this eighth grade atomic structure lesson plan, 8th graders construct models which they then use to play an atom-naming game.
Students examine atomic structure from an historical viewpoint and locate the three basic parts of an atom on a diagram. They apply indirect evidence to solve problems.
Students examine common atoms, the periodic table, and atomic structure. They identify the structural features of an atom, read the periodic table of elements, and calculate the atomic weight of an atom, given its atomic number.
Students explore atomic structure including protons and electrons, in order to proceed with lessons on static electricity.
Learners review the history of atomic structure. They research and present a project on a scientist that was involved in developing atomic structure.
Seventh graders list substances and discuss their composition. They draw atomic structures of elements from the periodic table and watch phase changes of matter in lab procedures.
Ninth graders describe that matter is made up of minute particles called atoms which are made up of even smaller components. They explain atom structure and properties and classify chemicals.
Eighth graders discuss and write about what led up to the discovery of the atom. Students label proton, nucleus, electron, and neutron in their notes. Students take notes on electron shells and how different atoms have different amounts of protons. Students examine the Bohr Model through lecture. Students build their own atomic models with materials provided in the classroom.
Students observe and make inferences from various tooth samples and define isotope. They describe the atomic structure of an isotope and explain how chemical analysis of tooth enamel can reveal geographic information.
