As cast cobalt chromium - Study guides, Revision notes & Summaries

CWB Level 2 All Modules Exam - Complete Solutions (Answered) What is the main alloying element in the AISI 200 series? (A) chromium (B) chromium and nickel (C) manganese What is the main alloying element in the AISI 300 series? (A) chromium (B) chromium and nickel (C) manganese Note: Steels in this series are austenitic! What is the main alloying element in the AISI 400 series? (A) chromium (B) chromium and nickel (C) manganese Note: Steels in this series are ferritic or martensitic! When refer...

1. Clasp distortion occurred because A. ductility was too low. B. hardness was too great. C. ultimate tensile strength was too low. D. tension temperature was too high. E. elastic limit was exceeded. 2. When all other removable partial denture considerations remain unchanged; clasps constructed of which material can engage the deepest undercut: A. Chrome cobalt casts. B. Nickel chrome casts. C. Wrought stainless steel. D. Wrought gold. Gold engages 0.75 mm undercut, St.St. 0.5 mm un...

ADEX OSCE Exam Review thickness of minor RPD connectors - ANS-1.5 mm Minimum space between vertical components of RPD - ANS-5 mm Kennedy Class I - ANS-bilateral distal extension Kennedy Class II - ANS-unilateral distal extension Kennedy Class III - ANS-entirely tooth born with teeth anterior and posterior Kennedy Class IV - ANS-edentulous area anterior to remaining teeth Lingual bar distance from gingival margin - ANS-3 mm Lingual bar width (minimum) - ANS-4 mm Maxillary major connecto...

thickness of minor RPD connectors - Answer- 1.5 mm Minimum space between vertical components of RPD - Answer- 5 mm Kennedy Class I - Answer- bilateral distal extension Kennedy Class II - Answer- unilateral distal extension Kennedy Class III - Answer- entirely tooth born with teeth anterior and posterior Kennedy Class IV - Answer- edentulous area anterior to remaining teeth Lingual bar distance from gingival margin - Answer- 3 mm Lingual bar width (minimum) - Answer- 4 mm ...

thickness of minor RPD connectors - Answer- 1.5 mm Minimum space between vertical components of RPD - Answer- 5 mm Kennedy Class I - Answer- bilateral distal extension Kennedy Class II - Answer- unilateral distal extension Kennedy Class III - Answer- entirely tooth born with teeth anterior and posterior Kennedy Class IV - Answer- edentulous area anterior to remaining teeth Lingual bar distance from gingival margin - Answer- 3 mm Lingual bar width (minimum) - Answer- 4 mm ...

ADEX OSCE questions and answers 100% correct thickness of minor RPD connectors 1.5 mm Minimum space between vertical components of RPD 5 mm Kennedy Class I bilateral distal extension Kennedy Class II unilateral distal extension Kennedy Class III entirely tooth born with teeth anterior and posterior Kennedy Class IV edentulous area anterior to remaining teeth Lingual bar distance from gingival margin 3 mm Lingual bar width (minimum) 4 mm ...

_____ , _____, _____ boundaries to the scene will prevent the alteration or destruction of physical evidence, by restricting movement, location and activity. - ANSWER-Establishing, defining, and controlling .______ refers to when an instrument is tested and shown to meet previously set (frequently by the vendor) specifications. Performance Qualification, Installation Qualification, Operational Qualification, Design Qualification - ANSWER-Operational Qualification ."Cutoff" is a term us...

NR 228 NUTRITION, HEALTH AND WELLNESS WK 1-4 CONCEPT REVIEW Units 1-4 Concept Review Concepts: 1. Discuss the role that nutrition plays in health promotion. • Promote health and reduce chronic disease risk through the consumption of healthful diets and achievement and maintenance of healthy body weights. • Consume a variety of nutrient-dense foods within and across the food groups, especially whole grains, fruits, vegetables, low-fat or fat-free milk or milk products, and lean meats ...

This report briefly compares the attributes of the as-cast cobalt chromium microstructure to the as-cast heat￾treated microstructure highlighting what aspects make it better suited for resurfacing devices. It also compares the wear performance of the resurfacings with wear rates from journal articles and manufacturer guidance documents for other metal on-metal bearings. It describes how and why the nano-crystalline layer is formed in-vivo ?