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Skill: linear_functions
| ID | Section | Domain | Skill | Difficulty | Question | Actions |
|---|---|---|---|---|---|---|
| math_alg_243 | Math | algebra | linear_functions | Hard | For the function \(F\), \(F(cx) = x - 6\) for all values of \(x\), where \(c\) is a positive constant. If \(F(4) = 53\), what i... | |
| math_alg_242 | Math | algebra | linear_functions | Hard | For all real values of \(x\), the function \(w\) is described by \(w(cx) = x - 11\), where \(c > 0\). Given that \(w(5) = 61\),... | |
| math_alg_241 | Math | algebra | linear_functions | Hard | A function \(v\) satisfies \(v(cx) = x - 12\) for every value of \(x\). If \(c\) is positive and \(v(9) = 48\), find \(c\). | |
| math_alg_240 | Math | algebra | linear_functions | Hard | For the function \(m\), \(m(cx) = x - 9\) for all values of \(x\), where \(c\) is a positive constant. If \(m(8) = 62\), what i... | |
| math_alg_239 | Math | algebra | linear_functions | Hard | For all real values of \(x\), the function \(r\) is described by \(r(cx) = x - 10\), where \(c > 0\). Given that \(r(7) = 53\),... | |
| math_alg_238 | Math | algebra | linear_functions | Hard | A function \(q\) satisfies \(q(cx) = x - 4\) for every value of \(x\). If \(c\) is positive and \(q(6) = 44\), find \(c\). | |
| math_alg_237 | Math | algebra | linear_functions | Hard | For the function \(p\), \(p(cx) = x - 9\) for all values of \(x\), where \(c\) is a positive constant. If \(p(5) = 46\), what i... | |
| math_alg_236 | Math | algebra | linear_functions | Hard | For all real values of \(x\), the function \(h\) is described by \(h(cx) = x - 7\), where \(c > 0\). Given that \(h(4) = 41\), ... | |
| math_alg_235 | Math | algebra | linear_functions | Hard | A function \(g\) satisfies \(g(cx) = x - 6\) for every value of \(x\). If \(c\) is positive and \(g(3) = 44\), find \(c\). | |
| math_alg_234 | Math | algebra | linear_functions | Hard | A function \(g\) satisfies \(g(mx) = 4x + 3\) for all values of \(x\), where \(m\) is a positive constant. If \(g(6) = 51\), wh... |