Which equation has a graph that lies entirely above the x-axis?
After analyzing all options, the only equation whose graph lies entirely above the x-axis is Option C: y = (x − 7)2 + 7. This is because it has a minimum value of 7 at the vertex, ensuring all y …
Quadratics and Complex Numbers Flashcards | Quizlet
Which equation has a graph that lies entirely above the x -axis? Which statement about the following equation is true? A) The discriminant is less than 0, so there are two real roots. B) …
Which equation has a graph that lies entirely above the x-axis?
An equation that has a graph lying entirely above the x-axis is one where all the y-values are positive. For example, y = x + 2 Copy Need improvement Helpful for me
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If the graph of a quadratic polynomial lies entirely above x-axis, …
The question states that the graph of the quadratic polynomial lies entirely above the x-axis. As discussed, this means the parabola does not intersect the x-axis at any point.
[Solved] If the graph of a quadratic polynomial lies entirely above x
Apr 23, 2017 · Given that the graph of a quadratic polynomial lies entirely above x-axis so it never cuts the x axis so quadratic equation does not have any real roots or we can say it does have …
Which equation has a graph that lies entirely above the
Aug 5, 2025 · Equation 4: y = (x − 7)2 has a vertex on the x-axis, so it does not lie entirely above the x-axis. Therefore, the equation whose graph lies entirely above the x-axis is y = (x − 7)2 +7
Solved: Which equation has a graph that lies entirely above the x-axis ...
The graph that will lie above the x-axis will be having only positive values throughout its domain, So, We have to check which graph is having y > 0 for every x.
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Which equation has a graph that lies entirely above the x-axis?
Our goal for this exercise is to determine which of the given equations has a graph that lies entirely above the y y y -axis. To do this, let's apply the concept of a transformation of a graph.
Which equation has a graph that lies entirely above the $x ... - Quizlet
We are asked to recognize which function has a graph that is entirely above the x − x- x− axis. 3x+y=18 3x+y=16.
Which equation has a graph that lies entirely above the x-axis?
Nov 3, 2024 · The graph that lies entirely above the x-axis is represented by the equation y = (x −7)2 + 7. This upward-opening parabola has a vertex above the x-axis and does not intersect …