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Section: Math
| ID | Section | Domain | Skill | Difficulty | Question | Actions |
|---|---|---|---|---|---|---|
| math_adv_5619 | Math | advanced_math | nonlinear_functions | Medium | A model for the number of seedlings in a greenhouse is given by \(H(t)=96(1.15)^t\), where \(t\) is measured in weeks aft... | |
| math_adv_5618 | Math | advanced_math | nonlinear_functions | Medium | A model for the number of views remaining in a forecast is given by \(V(t)=6400(0.88)^t\), where \(t\) is measured in day... | |
| math_adv_5617 | Math | advanced_math | nonlinear_functions | Medium | A model for the number of app installs is given by \(A(t)=250(1.30)^t\), where \(t\) is measured in days after release. W... | |
| math_adv_5616 | Math | advanced_math | nonlinear_functions | Medium | A model for the number of remaining flyers is given by \(R(t)=980(0.70)^t\), where \(t\) is measured in days after distri... | |
| math_adv_5615 | Math | advanced_math | nonlinear_functions | Medium | A model for the number of seats reserved is given by \(S(t)=1500(1.05)^t\), where \(t\) is measured in days after tickets... | |
| math_adv_5614 | Math | advanced_math | nonlinear_functions | Medium | A model for the number of milligrams of medicine is given by \(M(t)=72(0.80)^t\), where \(t\) is measured in hours after ... | |
| math_adv_5613 | Math | advanced_math | nonlinear_functions | Medium | A model for the number of memberships sold is given by \(C(t)=3000(1.12)^t\), where \(t\) is measured in weeks after a pr... | |
| math_adv_5612 | Math | advanced_math | nonlinear_functions | Medium | A model for the number of bacteria on a surface is given by \(B(t)=450(0.65)^t\), where \(t\) is measured in hours after ... | |
| math_adv_5611 | Math | advanced_math | nonlinear_functions | Medium | A model for the number of website accounts is given by \(N(t)=12000(1.08)^t\), where \(t\) is measured in years after lau... | |
| math_adv_5610 | Math | advanced_math | nonlinear_functions | Medium | A model for the number of fish in a pond is given by \(P(t)=850(0.92)^t\), where \(t\) is measured in months after a clea... |