Use dissection arguments, Use tools safely The evidence cited for this task will give Cavalieri’s Principle, and Explain how to maintain students the opportunity to do so. informal limit arguments. power tools properly Module 29102 Oxyfuel – The Winter Wonderland task has been Cutting reworked to include students deriving and Objectives justify the formula for volume of the Identify and explain the snowman if filled with snow. use of oxyfuel cutting equipment The Coal Silo/Funnel system project asks Set up oxyfuel equipment students to derive the formula for a truncated Light and adjust an cone and justify reasoning. Also within oxyfuel torch the mathematics connection of the project Shut down oxyfuel students work through the derivation for the cutting equipment volume of a cone and cylinder. Disassemble oxyfuel equipment Change cylinders Perform oxyfuel cutting Operate a motorized, portable oxyfuel gas cutting machine Module Plasma Arc – Cutting Objectives Upon completion of this module, the trainee will be able to do the following:
Use dissection arguments, Cavalieri’s Principle, and informal limit arguments. Use tools safely Explain how to maintain power tools properly Module 29102 – Oxyfuel Cutting Objectives Identify and explain the use of oxyfuel cutting equipment Set up oxyfuel equipment Light and adjust an oxyfuel torch Shut down oxyfuel cutting equipment Disassemble oxyfuel equipment Change cylinders Perform oxyfuel cutting Operate a motorized, portable oxyfuel gas cutting machine Module – Plasma Arc Cutting Objectives Upon completion of this module, the trainee will be able to do the following: The evidence cited for this task will give students the opportunity to do so. The Winter Wonderland task has been reworked to include students deriving and justify the formula for volume of the snowman if filled with snow. The Coal Silo/Funnel system project asks students to derive the formula for a truncated cone and justify reasoning. Also within the mathematics connection of the project students work through the derivation for the volume of a cone and cylinder.
CSOAlignmentMatrixWelding.docx