This tracker is built around the books you bought and the weekly schedule you gave me: Monday, Wednesday, Friday for 1 hour; Tuesday, Thursday, Saturday for 2 hours. It turns those hours into a fixed weekly plan for math, reading, and science.
Review variables, expressions, order of operations, integers, and rational numbers.
Build the weekly reading routine: annotate, summarize, review vocabulary, and write a short evidence response.
Start with lab safety, measurement, scientific method, and how to record observations.
Review variables, expressions, order of operations, integers, and rational numbers.
Build the weekly reading routine: annotate, summarize, review vocabulary, and write a short evidence response.
Start with lab safety, measurement, scientific method, and how to record observations.
Solve one-step and two-step equations and inequalities with confidence.
Practice central idea, theme, and citing evidence in a clean paragraph.
Study matter, properties, and the difference between physical and chemical change.
Work multi-step equations, proportions, percents, and unit conversion problems.
Focus on text structure, key details, and explaining how evidence supports an answer.
Learn atoms, elements, compounds, mixtures, and how matter is organized.
Graph lines, identify slope and intercepts, and solve rate-of-change problems.
Compare two texts and explain similarities and differences using evidence.
Study motion, speed, velocity, and acceleration with graph interpretation.
Use tables, graphs, and rules to understand functions and solve systems of equations.
Practice inference, character or author purpose, and a stronger written response.
Learn forces, Newton-style ideas, and how forces change motion.
Review exponents, powers, and polynomial operations.
Write a short argument from text evidence with a clear claim and support.
Study energy, work, and power with real-world examples.
Practice factoring and use inverse operations to check work.
Do research-style reading, note-taking, and paraphrasing without losing meaning.
Study heat, temperature, thermal transfer, and basic energy changes.
Begin quadratic ideas, graphing, and patterns.
Practice figurative language, poetry, and explaining how word choice affects meaning.
Learn waves, light, reflection, refraction, and the electromagnetic spectrum.
Work radicals, rational expressions, and mixed review from earlier chapters.
Revise writing, improve sentence clarity, and tighten evidence explanations.
Study sound, wave behavior, and how vibrations move through matter.
Use data, graphs, scatter plots, and timed mixed sets.
Do a timed reading response and a short grammar or usage review.
Study electricity, current, voltage, resistance, and simple circuits.
Mix the earlier units and fix every repeated mistake in the error log.
Review all vocabulary, text evidence, and short-response habits.
Study magnetism and electromagnetism, then review circuit vocabulary.
Complete a cumulative review and a short diagnostic to see what to study next.
Finish a best writing sample and read it aloud for fluency and polish.
Complete a review project, summary sheet, or mini-lab notebook.