Students act as 'language mechanics' to fix sentences where a character took an idiom literally, rewriting them for clarity.
A 5-lesson sequence for 5th-grade ESL students focused on the ethics and mechanics of academic research. Students learn to distinguish between intellectual property and common knowledge, master the art of quoting and paraphrasing, and create simplified citations and bibliographies to maintain academic integrity.
In this final project-based lesson, students synthesize their learning by creating a "Research Credits" poster. They select a topic of interest, find three sources, summarize key information, and produce a perfectly formatted Works Cited section.
Answer key for the Rhetorical Anatomy worksheet, providing the subtext and implied meaning for the final project's persuasive speech analysis.
A 5-lesson sequence for 5th Grade ESL students focused on developing academic English skills through paraphrasing and synthesizing information. Students progress from identifying main ideas to drafting complete summary reports using multiple sources and formal attribution.
Students learn the mechanics of in-text attribution, practicing how to introduce sources using "signal phrases" (e.g., 'According to...'). They understand how to bridge the gap between their own ideas and those of external experts.
A cumulative exit ticket for the "Search Superstars" sequence, assessing student mastery of keywords, Boolean operators, text features, and database usage.
A 5-lesson sequence for 5th-grade ESL students to develop media literacy and research skills. Students learn to distinguish author purpose, evaluate website credibility using the 5 W's, identify bias, and corroborate information across multiple sources.
A teacher guide for the The Final Verdict lesson, providing a simulation setup, a scoring rubric for the assessment, and debrief discussion questions.
A 5-lesson sequence for 5th Grade ESL students focused on the mechanics of finding information. Students move from basic keyword generation to using Boolean operators, navigating text features, utilizing academic databases, and refining failed searches to become efficient digital researchers.
