In this unit students explore the rise and fall of the ancient Roman Empire. Over the course of the unit, students learn about different characteristics of the Roman Empire, what lead to the Empire's growth and success, and what eventually lead to the Empire's demise. Through learning about the daily routines, structures, and rituals of the Roman Empire, students will be challenged to draw conclusions about what the civilization valued and how those values compare to societal values today. This unit builds onto the 2nd grade nonfiction unit on ancient Greece, in which students began to think about how the daily routines, structures, and rituals of a civilization show what they value. This unit, in conjunction with the second grade unit on ancient Greece, will help students understand early influences in the world and the first republics.

The mentor texts for this unit, Ancient Rome and Pompeii: A Nonfiction Companion to Magic Tree House and Eye Wonder: Ancient Rome, allow students to practice multiple informational reading strategies in two very different text structures. In both texts, but predominately in Eye Wonder, students will practice using a multitude of text features and illustrations as a way of learning new information about a topic. Over the course of this unit, students will constantly be thinking about how the information from one text builds on and connects to the information in the other text. Then at the end of the unit, students will be asked to critically analyze the similarities and differences between the two texts.

 This inquiry focuses on the social hierarchy of ancient Rome, viewed through the lens of statues that tell us about life during this time. Through analysis of videos, photographs of ancient statues, and images of architectural reliefs, students develop an argument supported by evidence that answers the compelling question, “What stories should statues tell about ancient Rome?”The inquiry prioritizes depth over breadth: rather than broadly describe contributions across categories, the inquiry instead invites students to take a close look at the influence of ancient Roman art and architecture on statues and monuments today. Through this deep study, students will hone analytical skills required to notice and interpret details in art and architecture while also building their knowledge about the social structure that divided the citizens and enslaved people of the ancient Roman republic and empire.

The first lesson of two on Ancient Rome, students examine physical maps of Rome to identify physical features that provided security for the site of Rome. In addition, students examine the relative location of Rome and its connections within the Mediterranean Basin and beyond. The second segment of the lesson examines the expansion of the Roman Empire through time and the role of physical features in facilitating or hindering that expansion. Key questions: What are the physical features of Rome?;
How did the physical geography of Rome influence its development?

The second lesson of two on Ancient Rome, students examine the geographic extent of the Roman Empire. The Orbis Web site, hosted by Stanford University, provides a map of the Roman Empire at its largest extent with the locations of key cities and transportation links. Key questions: How were places within the Roman Empire connected?; How did time and distance affect interactions within the Roman Empire?

Students will read two articles written by historians, describing the legacy of Andrew Jackson's presidency. Upon completion of the readings, students will then assume the role of attorney for Jackson and write an opening argument either in support of Jackson's actions as president or opposing them.

Investigating angles and segments of circles Mathematics Instructional Plans (MIPs) help teachers align instruction with the 2016 Mathematics Standards of Learning (SOL) by providing examples of how the knowledge, skills and processes found in the SOL and curriculum framework can be presented to students in the classroom.

Students will learn about the Transit of Venus through reading a NASA press release and viewing a NASA eClips video that describes several ways to observe transits. Then students will study angular measurement by learning about parallax and how astronomers use this geometric effect to determine the distance to Venus during a Transit of Venus. This activity is part of the Space Math multimedia modules that integrate NASA press releases, NASA archival video, and mathematics problems targeted at specific math standards commonly encountered in middle school textbooks. The modules cover specific math topics at multiple levels of difficulty with real-world data and use the 5E instructional sequence.

In this resources, students are provided with data of animals weight and brain size. Students use the graph available on Desmos to plot the data to create a scatter plot. From the graph, students are encouraged to notice outliers and write an equation for a line of best fit.

In the Animal Science course, students study large, small, and specialty animals. Students explore the necessary elements--such as diet, genetics, habitat, and behavior--to create humane, ecologically and economically sustainable animal production systems.

Having students follow animal tracks (even just people, dogs, or squirrels) and investigating how tracks are made is a fun and exciting way to develop critical thinking, measurement, and graphing skills.

In this science-based unit, students begin their exploration of animals and animal adaptations. Using next generation science standards as a guide, students explore three main topics: how different animals use their body parts and senses in different ways in order to survive, the ways in which the behavior of different animal parents and offspring help the offspring survive, and the similarities and differences among individual animals of the same kind. This unit is part of a larger progression on understanding animals and the animal kingdom. In kindergarten, students learn about how animals meet their basic needs for survival and how that varies depending on the season. In second grade, students learn about different habitats and how animals in the habitat rely on the environment for survival. Then in third grade, students study animal adaptations and the different ways animals adapt in order to survive, especially when threatened by environmental changes. It is our hope that this unit, in combination with others in the sequence, will help students develop a deeper understanding of the animal kingdom and life science.

This unit includes a mix of read-aloud texts and shared-reading texts. Students will focus on different skills depending on the method in which the text is consumed. During read aloud, students will refine their skills in describing the connection between ideas and pieces of information, figuring out the meaning of unknown words, distinguishing between information provided by the pictures and information in the text, and identifying the reasons an author gives to support points in a text. During shared reading, students will predominately focus on identifying the main topic of a section of a text, retelling key details that match the main topic, and using text features to locate key facts and information. Because the shared reading days are meant to be student driven, not teacher driven, the target tasks are at a more accessible, independent level for students. There are also not a lot of key questions already planned for shared reading days. Questions should be written and spiraled in based on student needs and student reading levels.

In writing, this unit builds on the work students did in unit one. Students will continue to write daily in response to the text, with a focus on correctly answering questions and adding an inference or critical thinking.

Students will demonstrate knowledge of attributes of animals by sorting into sets. The teacher will introduce the vocabulary term, attribute, and encourage students to utilize the vocabulary term when explaining how they classified animals into groups.

Writing and algorithms are a set of words (program in CS terms) that are meant to “accomplish a task as a means of creative expression or scientific exploration.” In this lesson, the student will utilize a block based programming platform (scratch) to animate a story that they have created in previous lessons. While this is a unit with steps to this point, you can also use this as a stand alone. The first 2 lessons are character building and plot building. The third is also a character builder, but is more abstract.

This instructional program prepares students to use artistic and technological foundations to create animated presentations for industry and entertainment. Students will develop basic drawing and design skills, learn the fundamentals and physics movement, the concept of communication to a given audience, and techniques for self-expression through a variety of animated formats. They will explore the careers and requisite skills required by animators in both entertainment and the business world.

This guided reading of Edgar Allan Poe’s “Annabel Lee” (1849) focuses on developing student understanding of imagery and other figurative language, strengthening reading comprehension, and strengthening expository and persuasive writing skills.

This text is a free resource by Thomas Payne. It provides basic information to first year students. Visit: http://faculty.wartburg.edu/payne/

In this lesson, students explore the importance of albedo (or reflectivity) to penguins and the surfaces they inhabit and learn how penguin colonies may be mapped using satellites.

 This inquiry focuses on the question of whether Antebellum technology made life better overall for people and how certain inventions impacted groups of people differently. Four innovations—the cotton gin, mechanical reaper, steamboat, and steam locomotive—were particularly impactful in the 19th century. These inventions came about quickly as part of the First Industrial Revolution, which was marked by the movement from hand production to machine work. Many scholars view James Hargreaves’ 1760s invention of yarn-spinning machine, the spinning jenny, as the start of the Industrial Revolution. From that point forward, new technologies came along quickly. Beginning in in the 1790s, four inventions, the cotton gin, the mechanical reaper, the steamboat, and the steam locomotive, provided the impetus for rapid economic development for some, while at the same time increasing inequality and suffering for many.