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Section: Math
| ID | Section | Domain | Skill | Difficulty | Question | Actions |
|---|---|---|---|---|---|---|
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math_alg_5192
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Math | algebra | systems_of_two_linear_... | Medium | The equations \(y = \frac{1}{2}x - 6\) and \(y = 3x + 2\) are graphed on the same coordinate plane. How many intersection... | |
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math_alg_5191
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Math | algebra | systems_of_two_linear_... | Medium | In the \(xy\)-plane, the lines \(y = -x + 8\) and \(y = 4x - 7\) are graphed. What is the number of shared points? | |
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math_alg_5190
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Math | algebra | systems_of_two_linear_... | Medium | Consider the graphs of \(y = 2x + 5\) and \(y = -3x + 10\) in the \(xy\)-plane. How many points do the graphs have in common? | |
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math_alg_5189
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Math | algebra | systems_of_two_linear_... | Medium | A second line is written as \(y = mx + b\) and creates infinitely many solutions with \(y = -\frac{6}{11}x + 4\). What is... | |
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math_alg_5188
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Math | algebra | systems_of_two_linear_... | Medium | Two equations represent the same line. One is \(y = \frac{11}{5}x - 7\), and the other is \(y = mx + b\). What is the val... | |
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math_alg_5187
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Math | algebra | systems_of_two_linear_... | Medium | The graph of \(y = mx + b\) lies exactly on top of the graph of \(y = -\frac{1}{3}x + 12\). Which value must \(b\) have? | |
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math_alg_5186
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Math | algebra | systems_of_two_linear_... | Medium | A system of two linear equations has infinitely many solutions. One equation is \(y = \frac{5}{2}x - 3\), and the other... | |
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math_alg_5185
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Math | algebra | systems_of_two_linear_... | Medium | One equation in a two-line system is \(y = -\frac{4}{7}x + 6\). The other equation is \(y = mx + b\). If the system has i... | |
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math_alg_5184
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Math | algebra | systems_of_two_linear_... | Medium | A second line is written as \(y = mx + b\) and creates infinitely many solutions with \(y = \frac{9}{8}x + 1\). What is \(b\)? | |
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math_alg_5183
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Math | algebra | systems_of_two_linear_... | Medium | Two equations represent the same line. One is \(y = -\frac{2}{5}x + 8\), and the other is \(y = mx + b\). What is the val... |