G03 · Functions & Cartesian PlaneOpen in Studio
y = −x² + 4 · V(0, 4)SVG · PPTX · ISO 1:1
G03 // PARABOLA_CONCAVA_BASSO_MENO_X2_PIU_4
Downward Opening Parabola (y = −x² + 4)
y = −x² + 4 · V(0, 4)
Editorial vector mathematical diagram of Downward Opening Parabola (y = −x² + 4) (y = −x² + 4 · V(0, 4)) ready for school worksheets, exams, and lessons. Open with exact measurements in TypeMath Studio, download in pure SVG or 100% editable PowerPoint & Office PPTX, including text.
SVGPPTXPOWERPOINT & MICROSOFT OFFICE
Downloadable as pure .SVG vector graphics and 100% editable in PowerPoint & the entire Microsoft Office suite (.PPTX), including all text labels and dimensions.
Measurements & parameters pre-loaded in Studio
COEFF_A=-1COEFF_B=0COEFF_C=4SHOW_FOCUS=trueX_MIN=-5X_MAX=5Y_MIN=-6Y_MAX=6STEP_X=1STEP_Y=1U_CM=1TICK_STEP_X=1TICK_STEP_Y=1
More Functions & Cartesian Plane Figures
G03 · y = x² − 4x + 3 · V(2, −1)
Parabola with Real Roots x = 1, 3 (y = x² − 4x + 3)
G03 · y = 0.5x² − 2x + 2 · Δ = 0
Parabola Tangent to X-Axis (Δ = 0)
G03 · y = x² · V(0, 0)
Canonical Parabola at Origin (y = x²)
G03 · y = -0.5x² + 2x + 2 · V(2,4) · senza equazione
Unlabeled Exam Graph: Projectile Trajectory Parabola y = -0.5x² + 2x + 2
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Blank Printable Cartesian Grid [-6, 6] for Exams
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