Oklahoma Social Studies MWH.C.2.4

Social StudiesGrades 9–12Content Standards

Standard Cluster

MWH.C.2
Analyze patterns of social, economic, political, and cultural changes during the Late Middle Ages to the Age of Exploration.
Evaluate the legacy of the Scientific Revolution on society, focusing on major theories and discoveries. Explain how the scientific method and new technologies, such as the telescope and microscope, led to new theories of the universe. Describe the accomplishments of major figures of the Scientific Revolution (e.g., Nicolaus Copernicus, Galileo Galilei, Isaac Newton) as well as the impact of Islamic and Hindu learning on global scholarship and scientific thought.

Oklahoma Academic Standards for Social Studies (2026) · MWH.C.2

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Standards in This Cluster

MWH.C.2.4 is a cluster heading. These are the individual standards under it.

Teacher's field guide

What This Cluster Means

What Students Need to Do

Students explain how Copernicus, Galileo, and Newton changed ideas about the universe. They connect new claims to observations, tests, telescopes, and microscopes. They trace contributions from Islamic optics and Indian mathematics, then consider how scientific evidence challenged accepted beliefs.

What Mastery Looks Like

A student explains how Galileo's observations of Venus challenged an Earth-centered model and how Newton used gravity to explain planetary motion. They distinguish Copernicus's model from Galileo's evidence. They give an example of earlier Islamic or Indian scholarship that helped later scientists.

Common Misconceptions

Students may think Galileo invented the telescope or that one observation proved the Sun-centered model. They may confuse a microscope with a tool for studying planets. Some assume European scientists worked without earlier Islamic and Indian scholarship.

How to Assess It

Exit ticket: In four sentences, explain how a telescope observation challenged an Earth-centered model, how Newton explained planetary motion, and how Islamic optics or Indian mathematics supported later scientific work.

Lesson moves

Ways to Teach It

  1. Move a foam ball around a lamp and sketch its changing phases from an Earth marker, then compare the sketches with Galileo's observations.

  2. Read a short account of Galileo's observations of Venus, then write: What could he see, and why did it challenge an Earth-centered model?

  3. Match cards naming Copernicus, Galileo, Newton, Ibn al-Haytham, Indian place-value math, and microscopes to cards showing each contribution or result.

  4. Inspect a phone camera lens and a hand lens, then explain how tools that extend sight change what people can observe and test.

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