Multimedia Learning Objects: CLASS

This practice exercise helps students develop skills in syntactically analyzing sentences in Spanish, identifying their key constituents, and creating hierarchical tree diagrams of such sentences.

learning objectives:
By completing this exercise, students will:

• Recognize the syntactic structure of simple Spanish sentences.
• Analyze simple sentences in Spanish using tree diagrams.

author:
Amàlia Llombart, Ph.D

design credits:
Erick Zelaya, Sr. Multimedia Developer
April Dawn, Lead, Sr. Instructional Designer

last updated:
June 21, 2024

link:
https://elearning.cpp.edu/learning-objects/syntactic-tree-structures-spanish

Students explore an idealized version of archaeological stratigraphy at Wi’mu (Santa Rosa Island) off the coast of California. By connecting information about artifacts to each layer, they are able to reconstruct the chronology (timeline) of human life on the island.

learning objectives:
By completing this exercise, students will:

• Apply knowledge of stratigraphy and absolute and relative dating techniques.
• Interpret archaeological material using written research.

author:
Annie Danis, Ph.D

design credits:
Erick Zelaya, Sr. Multimedia Developer

last updated:
May 23, 2024

link:
https://elearning.cpp.edu/learning-objects/stratigraphy

embed code:

<iframe style="width: 100%; height: 100%; min-height: 700px; border: 0;" title="Stratigraphy in Archaeology" src="https://elearning.cpp.edu/learning-objects/stratigraphy"></iframe>

This practice exercise helps students develop skills in syntactically analyzing sentences, identifying their key constituents, and creating hierarchical tree diagrams of such sentences. 

learning objectives:
By completing this exercise, students will:

• recognize the syntactic structure of simple English sentences and phrases.
• construct basic tree diagrams of simple English sentences.
• identify and appropriately place complete constituents within a simple sentence.

author:
Dr. Olga Griswold

design credits:
Erick Zelaya, Sr. Multimedia Developer
April Dawn, Sr. Instructional Designer

last updated:
February 13, 2024

link:
https://elearning.cpp.edu/learning-objects/syntactic-tree-structures

Why does our Earth have seasons? Why some areas on Earth experience 24 hours of day and night by summer and winter? What causes these conditions over the course of the year? Why is the insolation (incoming solar radiation) distributed unevenly across the Earth’s surface? We would like to learn all the reasons for these questions and get answers by exploring this multimedia learning activity.

author:
Dr. Kyung In Huh

design credits:
Erick Zelaya, Sr. Multimedia Developer

last updated:
October 24, 2018

link:
https://elearning.cpp.edu/learning-objects/equinoxes-and-solstices

This simuation helps students explore the relationship between altitude, temperature, dewpoint, relative humidity, and precipitation in the orographic process.

author:
Dr. Lin Wu

design credits:
Richard Feldman, Multimedia Developer
April Dawn, Sr. Instructional Designer
Bo Choi, Instructional Designer (former)

last updated:
February 1, 2018

link:
https://elearning.cpp.edu/learning-objects/orographic-process

Words are made of morphemes, the smallest meaningful units in a language. This tool helps students to visualize how morphemes combine to form words in Spanish.

author:
Dr. Amàlia Llombart

design credits:
Erick Zelaya, Multimedia Developer
Pauline Muljana, Instructional Designer

last updated:
August 24, 2016

link:
https://elearning.cpp.edu/learning-objects/spanish-morphology

author:
Dr. James Je Heon Kim

design credits:
Erick Zelaya, Sr. Multimedia Developer
Bedan Kamau, Sr. Instructional Designer (former)
Rick Cass, Voiceover
Terrence Hogan, Voiceover

last updated:
May 18, 2009

Note: This activity must be downloaded and ran locally. Click the link below and then select "Download". After downloading and extracting the files, launch the median-voter-theorem.exe file and allow to run unrecognized app if prompted by clicking "more info" and then "run anyway".

WIN Download: median-voter-theorem-win.zip (11.9 MB)