Question for-th
- For the absolute value function in the system:
- Moving from left to right:
- The function slants sharply down to the point (negative 3 comma 4).
- The function then slants sharply up.
- The function passes through the following points:
- (negative seven halves comma nine halves)
- (negative 3 comma 4)
- (negative five halves comma nine halves)
- Moving from left to right:
- For the linear function in the system:
- The function slants sharply up from left to right.
- The function passes through the following points:
- (negative seven halves comma nine halves)
- (0 comma 8)
The graph of a system of an absolute value function and a linear function is shown. What is the solution to this system of two equations?
For the absolute value function in the system: Moving from left to right: The function slants
Medium-difficulty · SAT Math · Systems Involving Nonlinear Equations — Substitution/elimination with nonlinear components. Read the question above, select your answer, and check the full explanation below to understand exactly why the correct choice works.
Answer explanation
Choice C is correct. The solution to a system of two equations corresponds to the point where the graphs of the equations intersect. The graphs of the linear function and the absolute value function shown intersect at a point with an x-coordinate between and and a y-coordinate between and . Of the given choices, only has an x-coordinate between and and a y-coordinate between and .
Choice A is incorrect. This is the y-intercept of the graph of the linear function.
Choice B is incorrect and may result from conceptual or calculation errors.
Choice D is incorrect. This is the vertex of the graph of the absolute value function.
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