1st/2nd Honors Geometry Skinny

What

1st/2nd Honors Geometry Skinny

When

3/22/2023

Standards Addressed:
MGSE.9-12.G.GPE.1 Derive the equation of a circle given center and radius using the Pythagorean Theorem; complete the square to find the center and radius of circle given by an equation.

Learning Targets /Success Criteria:
LT: I can identify parts of a circle from the equation written in standard form.
SC:
• I can identify the center of the circle by taking the opposite of h,k.
• I can identify the radius of the circle by taking the square root of the constant.
LT: I can use the graph of a circle to write the equation of the circle.
SC:
• I can find the coordinates of the center.
• I can determine the length of the radius.
• I can use the center and the radius to write the equation in standard form.
LT: I can graph a circle on the coordinate plane.
SC:
• I can identify and plot the center.
• I can identify and use the radius to plot 4 additional points.

Introduction/Connection (Bellringer): Students will complete #1-12 on Equations of Circles Day #1 (pg. 3 on attached file: Notes practice equations of circles)

Direct Instruction/Guided Practice:
--review bellringer
--review #7-8 on attached file: Graphing-circles-and-writing-equations (focusing on translating from standard to general form).
--guide students in equations of circles foldable (attached below).
--guided practice pg. 5 of Notes practice equations of circles (attached below).

Independent Practice/Differentiation/Collaboration:
--differentiation: cloze notes, graphic organizers, foldables (if used), partner work (if used), accelerate/challenge problems for certain learners, additional/guided one on one support for struggling learners
--independent practice: various problems/examples during class

Summarizer/CFU: TOTD

Assignment: Students will pick 5 to complete on Equations of Circles Day #1 (pg. 3 on attached file: Notes practice equations of circles) and 5 to complete on Equations of Circles Day #2 (attached as pg. 5).