A 12-question polynomial unit homework set: factoring, division, end-behavior, and applied modeling problems.
Twelve carefully sequenced problems take students from "factor this trinomial" to "model the trajectory of a baseball, then justify your assumptions". Designed as a one-week homework drop with a built-in self-check.
Inside Univation, every problem auto-grades, hints are gated (students only see one when they have tried twice), and the analytics page surfaces which sub-skill is causing the most misses across the class.
Preview
Question 4
Factor 6x^4 − 19x^3 + 11x^2 + 6x − 4 completely over the rationals. Show your division work.
Question 12 (modeling)
A drone's altitude (m) above the lake follows h(t) = -4.9t² + 22t + 3. Find when it lands and interpret the y-intercept in context.
More from the community
A 12-question polynomial unit homework set: factoring, division, end-behavior, and applied modeling problems.
Twelve carefully sequenced problems take students from "factor this trinomial" to "model the trajectory of a baseball, then justify your assumptions". Designed as a one-week homework drop with a built-in self-check.
Inside Univation, every problem auto-grades, hints are gated (students only see one when they have tried twice), and the analytics page surfaces which sub-skill is causing the most misses across the class.
Preview
Question 4
Factor 6x^4 − 19x^3 + 11x^2 + 6x − 4 completely over the rationals. Show your division work.
Question 12 (modeling)
A drone's altitude (m) above the lake follows h(t) = -4.9t² + 22t + 3. Find when it lands and interpret the y-intercept in context.
More from the community