Design Geometry: Difference between revisions

From TSAS Library
Jump to: navigation, search
No edit summary
No edit summary
Line 3: Line 3:
description      = Students in this course use hands-on and project-based methods to learn geometric concepts including: area, perimeter, volume, triangle congruence, triangle similarity, trigonometric ratios, and proofs.
description      = Students in this course use hands-on and project-based methods to learn geometric concepts including: area, perimeter, volume, triangle congruence, triangle similarity, trigonometric ratios, and proofs.
department      = [[Mathematics]]
department      = [[Mathematics]]
teacher          = [[Erin Wilkins]]
teacher          = New Geometry
sessions        = 2
sessions        = 2
prerequisites    = [[MA2]]
prerequisites    = [[MA2]]
note            =  
note            =  
grcode          = [[MG]]
grcode          = [[MG]]
offered          = 20-21
offered          = Yes
opento          = [[Courses Available to Juniors|Juniors]]
opento          = [[Courses Available to Juniors|Juniors]]
requiredby      = [[Career & College|<i class="fas fa-building"></i> Career & College]]<br />[[Fine Arts|<i class="fas fa-paint-brush"></i> Fine Arts]]
requiredby      = [[Career & College|<i class="fas fa-building"></i> Career & College]]<br />[[Fine Arts|<i class="fas fa-paint-brush"></i> Fine Arts]]

Revision as of 17:31, 22 April 2021

coursename = Design Geometry description = Students in this course use hands-on and project-based methods to learn geometric concepts including: area, perimeter, volume, triangle congruence, triangle similarity, trigonometric ratios, and proofs. department = Mathematics teacher = New Geometry sessions = 2 prerequisites = MA2 note = grcode = MG offered = Yes opento = Juniors requiredby = Career & College
Fine Arts 09 = 10 = 11 = y 12 = CC = y FA = y LA = ST =
Students in this course use hands-on and project-based methods to learn geometric concepts including: area, perimeter, volume, triangle congruence, triangle similarity, trigonometric ratios, and proofs.