It have found Lesson Planet to be an invaluable adjunct to the scope and sequence my district follows. I have used many of the worksheets as homework to reinforce what I have already gone over in class and to help students gain additional confidence on some of the more challenging lessons.
- San Antonio, TX
- 11-07-11
Atoms Lesson Plans
Find teacher approved Atoms lesson plan ideas and activities
Students examine mystery objects to understand that every object is made up of mass.In this mass lesson, students observe, compare and draw inferences about objects and their mass. Students later extend this to the microscopic components (atoms) of objects. Students may view a 3-D model of an atom.
Students discuss how scientific ideas are developed and how the structure of the atom and quantum mechanics came about. Working in groups, they research scientists that contributed to the structure of the atom and quantum mechanics and develop a time line as a class.
In this lesson students investigate what is inside three different boxes using indirect observations and relate it to the discovery of the structure of the atom. In 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. In this lesson students discuss Rutherford's experiment to determine the size of the nucleus of an atom.
Learners will examine various aspects of the atomic bomb. In this lesson on science and the atrocities of war, learners explore multiple web resources geared at facilitating an understanding of the science and social implications behind the creation of the atomic bomb. Learners will research the history and invention of the atomic bomb, from atomic theory, Manhattan Project, test sites, and finally the impact on the towns of Hiroshima and Nagasaki. This lesson includes all necessary web links
8th graders discuss and write about what led up to the discovery of the atom. 8th graders label proton, nucleus, electron, and neutron in their notes. 8th graders take notes on electron shells and how different atoms have different amounts of protons. 8th graders examine the Bohr Model through lecture. 8th graders build their own atomic models with materials provided in the classroom.
In this lesson 3rd graders understand that the smallest particle is an atom. In this matter lesson, 3rd graders make a piece of aluminum smaller and smaller to see that what's left is still aluminum. In this lesson 3rd graders recognize that cutting into smaller pieces can't change aluminum but removing atoms can.
In this lesson students use beans to investigate isotopes. In this isotopes, relative abundance and atomic mass lesson plan, students separate different beans and take the mass of each group of beans which represent isotopes. They count the total number of each type of bean which represent atoms. They calculate the relative abundance of each isotope, the mass of each isotope and find the atomic mass of each element.
In this lesson students identify and describe electron orbits. In this atom lesson, students make and analyze models of atoms, elements, molecules and compounds. In this lesson students view a PowerPoint presentation and discuss the vocabulary.
Students build and investigate models of the atom. In this atom lesson, students use maodles to understand atoms. Students experiment with a magnet to see how particles move toward the north pole. Students draw and label a model of the atom.
In this lesson learners complete several centers in which they design a brochure on an element, create an elemental trading card and complete a timeline of the development of an atom. In this element lesson learners work together in teams to complete these tasks.
