Unit route
Study lessons in order, complete the pathway selected by diagnostic evidence, conduct the investigation, then demonstrate mastery. Reassessment follows correction and reflection.
Weeks 35, 36 · 6 detailed lessons
How can derivatives, integrals, and differential equations support a defensible analysis of a complex problem?
Study lessons in order, complete the pathway selected by diagnostic evidence, conduct the investigation, then demonstrate mastery. Reassessment follows correction and reflection.
Integral applications begin with geometry and slicing. The variable of integration determines slice orientation; every area or volume element must be expressed consistently in that variable.…
Lesson 02 · Week 35Integral applications begin with geometry and slicing. The variable of integration determines slice orientation; every area or volume element must be expressed consistently in that variable.…
Lesson 03 · Week 35Integral applications begin with geometry and slicing. The variable of integration determines slice orientation; every area or volume element must be expressed consistently in that variable.…
Lesson 04 · Week 36Integral applications begin with geometry and slicing. The variable of integration determines slice orientation; every area or volume element must be expressed consistently in that variable.…
Lesson 05 · Week 36A calculus capstone integrates a question, data or constraints, a defensible model, derivative or integral analysis, validation, limitations, and communication. Revision should respond to ev…
Lesson 06 · Week 36A calculus capstone integrates a question, data or constraints, a defensible model, derivative or integral analysis, validation, limitations, and communication. Revision should respond to ev…