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Questions and Answers
What is the standard form of horizontal lines?
What is the standard form of horizontal lines?
What is the standard form of vertical lines?
What is the standard form of vertical lines?
What is the standard form for oblique lines?
What is the standard form for oblique lines?
y=x or y-k/b=x-h/a
What is the standard form for vertical vees?
What is the standard form for vertical vees?
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What is the standard form for horizontal vees?
What is the standard form for horizontal vees?
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What is the standard form for vertical staircases?
What is the standard form for vertical staircases?
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What is the standard form for horizontal staircases?
What is the standard form for horizontal staircases?
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What is the standard equation for a vertical parabola?
What is the standard equation for a vertical parabola?
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What is the standard equation for a horizontal parabola?
What is the standard equation for a horizontal parabola?
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What is the standard equation for circles and ellipses?
What is the standard equation for circles and ellipses?
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What is the standard equation for a horizontal hyperbola?
What is the standard equation for a horizontal hyperbola?
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What is the standard equation for a vertical hyperbola?
What is the standard equation for a vertical hyperbola?
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What is the standard equation for a rectangular hyperbola?
What is the standard equation for a rectangular hyperbola?
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Study Notes
Lines
- Horizontal lines represented by the equation y = 0; in standard form, it appears as y - k/b = 0, indicating a constant y-value at k.
- Vertical lines defined by the equation x = 0; in standard form, written as x - h/a = 0, indicating a constant x-value at h.
- Oblique lines described by the equation y = x; in standard form, expressed as y - k/b = x - h/a, showing the relationship between y and x with variable slopes.
Vees
- Vertical vees characterized by the equation y = |x|; standard form represented as y - k/b = |x - h/a|, defining a V-shape opening upwards.
- Horizontal vees based on the equation x = |y|; standard form is x - h/a = |y - k/b|, creating a V-shape opening towards the sides.
Staircases
- Vertical staircases represented by the equation y = [[x]]; standard form is y - k/b = [[x - h/a]], illustrating a step function that increases vertically.
- Horizontal staircases depicted by the equation x = [[y]]; standard form expressed as x - h/a = [[y - k/b]], representing a step function that increases horizontally.
Parabolas
- Vertical parabolas characterized by the equation y = x^2; standard form written as y - k/b = (x - h/a)^2, where a and b represent scaling factors and are not unique.
- Horizontal parabolas defined by the equation x = y^2; a and b are scaling factors that influence the shape and width of the parabola but are not unique.
Circles and Ellipses
- Equations for circles include x^2 + y^2 = 1; in the general form, if a = b = r, it becomes (x - h)^2 + (y - k)^2 = r^2, indicating a circle centered at (h, k) with radius r.
Hyperbolas
- Horizontal hyperbolas represented by the equation x^2 - y^2 = 1; this equation forms two branches that open left and right.
- Vertical hyperbolas characterized by the equation y^2 - x^2 = 1; similar to horizontal hyperbolas but with branches opening upwards and downwards.
- Rectangular hyperbolas defined by xy = 1; key features include not having unique scaling factors a and b while maintaining symmetry around the axes.
Studying That Suits You
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Description
Test your knowledge of conic sections with these flashcards focused on horizontal, vertical, oblique lines, and vees. Each card presents a term alongside its mathematical definition for easy study. Ideal for Algebra 2 students looking to reinforce their understanding of these concepts.