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Difficulty: Hard
| ID | Section | Domain | Skill | Difficulty | Question | Actions |
|---|---|---|---|---|---|---|
| math_adv_448 | Math | advanced_math | equivalent_expressions | Hard |
Which of the following expressions is(are) a factor of \(6x^2 - x - 12\)? I. \(3x + 4\) II. \(2x - 3\) |
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| math_adv_447 | Math | advanced_math | equivalent_expressions | Hard |
Which of the following expressions is(are) a factor of \(5x^2 + 13x - 6\)? I. \(x + 3\) II. \(5x - 2\) |
|
| math_adv_446 | Math | advanced_math | equivalent_expressions | Hard |
Which of the following expressions is(are) a factor of \(4x^2 + 4x - 15\)? I. \(2x - 3\) II. \(2x + 5\) |
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| math_adv_445 | Math | advanced_math | equivalent_expressions | Hard |
Which of the following expressions is(are) a factor of \(3x^2 - 17x + 10\)? I. \(x - 5\) II. \(3x - 2\) |
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| math_adv_444 | Math | advanced_math | equivalent_expressions | Hard |
Which of the following expressions is(are) a factor of \(2x^2 + 5x - 12\)? I. \(x + 4\) II. \(2x - 3\) |
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| math_adv_443 | Math | advanced_math | equivalent_expressions | Hard | For what value of \(x\) is \(\sqrt[8]{21r}(\sqrt[4]{21r})^3\) equivalent to \((21r)^{16x}\)? | |
| math_adv_442 | Math | advanced_math | equivalent_expressions | Hard | For what value of \(x\) is \(\sqrt[7]{13q}(\sqrt[2]{13q})^1\) equivalent to \((13q)^{9x}\)? | |
| math_adv_441 | Math | advanced_math | equivalent_expressions | Hard | For what value of \(x\) is \(\sqrt[5]{7z}(\sqrt[10]{7z})^2\) equivalent to \((7z)^{12x}\)? | |
| math_adv_440 | Math | advanced_math | equivalent_expressions | Hard | For what value of \(x\) is \(\sqrt[3]{5p}(\sqrt[9]{5p})^2\) equivalent to \((5p)^{18x}\)? | |
| math_adv_439 | Math | advanced_math | equivalent_expressions | Hard | For what value of \(x\) is \(\sqrt[4]{16t}(\sqrt[6]{16t})^1\) equivalent to \((16t)^{8x}\)? |