Here is a unique assigment: compare and contrast ionic and covalent compounds in an extensive data table and then analyze Lewis dot structures in antoher. Three columns are to befilled in: "characteristic or feature," "applies to ionic...

This presentation has a comprehensive description of the use of columns in Greek architecture. With pictures and diagrams, the presentation not only shows a comparison between the three types of columns, Ionic, Doric and Corinthian, it...

For this World History worksheet, students create three pockets which they cut and paste the images of the columns included on the sheet. Then, they gather photos of architecture found in magazines and taking photos of particular types...

In this ionic compounds worksheet, students fill in 8 blanks with the appropriate terms, they determine if 4 statements are true or false, they match 4 terms with their definition and they name and write the formulas of compounds....

The first of two worksheets methodically prepares chemistry novices for naming polyatomic compounds. It begins by having them acknowledge the number of each atom contained in a molecule. Then learners list the valence electrons for a...

This PowerPoint is a comprehensive review of all the facts related to an atom's basic structure and function. What makes this unique is that it is geared toward an audience of junior geologists. After introducing the periodic table of...

Students learn the four orders of architecture: Doric, Ionic, Corinthian and Composite. They create their own 3d structure and work together in groups. They create basic geometric shapes. # Have fun learning about art history,...

Thorough explanations of the trends in the periodic table of elements make up the majority of this handout. Atomic and ionic size, ionization energy, electron affinity, and electronegativity are presented before giving chemistry...

Students identify the basic forms of classical architectural columns. Using the internet, they note the physical differences between Corinthian, Doric and Ionic columns. They design their own temple to their favorite Greek god or goddess...

Don't overreact! A simple experiment demonstrates chemical reactions as scholars mix chemical solutions and metals in a large well plate. They note all changes to the metals, solutions, precipitate, colors, and more. A full data table...

In this creating bonds activity, students create 2-D and 3-D models of the molecular formula provided. Students complete a chart of information about the molecular formula given.

Students learn the four orders of architecture: Doric, Ionic, Corinthian and Composite and create their own 3D structures in this Art/Art History instructional activity for fourth through sixth grade. The instructional activity includes...

After studying the different aspects of atoms and their reactivity, pupils will find this summary PowerPoint useful for review. Some of the slides are informative with labeled diagrams; others give important vocabulary. Teachers may want...

In this naming and writing chemical formulas worksheet, students are given directions and practice writing simple chemical formulas. They identify positive and negative valence elements, they name nonmetal compounds, they name compounds...

In this chemical compounds worksheet, students review the different types of bonding, define the octet rule, and draw Lewis structures (electron-dot diagrams) for given compounds. This worksheet has 7 fill in the blank, 5 short answer...

In this primary history worksheet, students sharpen their research skills as they study the arts and theatre of ancient Greeks. Students select 1, 2, 3, or 4 extension projects to complete

Learners examine different pieces of art from different artists. They are to read "About the Art" before viewing. They create their own plasticine tile showing people in action from history.

This site from the Alien Travel Guide contains a picture of ionic columns as well as a brief description that distinguishes it from doric columns.

A detailed study of the column, with some reference to its use in Renaissance architecture. Part of an online book about architecture by an amateur for amateurs.

This lesson will explain how the ionic radius changes over representative elements across rows and up and down columns on the periodic table. It is 3 of 3 in the series titled "Period Trends: Ionic Size."

Review key features of the Doric, Ionic, and Corinthian orders of ancient Greek architecture, with diagrams that label the cornice, frieze, architrave, metope, triglyph, capital, and column shaft of each order.

Here is a photo of an ionic column in the Erechtheum.

This lesson will explain how the ionic radius changes over representative elements across rows and up and down columns on the periodic table. It is 1 of 3 in the series titled "Period Trends: Ionic Size."

Review key features of the Doric, Ionic, and Corinthian orders of ancient Greek architecture, with diagrams that label the cornice, frieze, architrave, metope, triglyph, capital, and column shaft of each order.