Amalgams

A. Cu
B. Zn
C. Pd
D. Ag

A. Ag
B. Zn
C. Cu
D. Hg

A. Requires least amount of mercury
B. Achieves high compressive strength at 1 hr.
C. Has tensile strength both at 15 minutes and 7 days is comparable to high copper, unicompositional alloys
D. Has lower cree value

A. Low copper amalgam alloy
B. Admix alloy
C. Single composition alloys
D. Creep value of all the above mentioned alloys is same

A. hours
B. 4 hours
C. 8 hours
D. 16 hours

A. hours
B. 4 hours
C. 8 hours
D. 16 hours

A. Complexes with hemoglobinto form methemoglobin
B. Inhibits hemoglobin synthesis, producing anemia
C. Inhibits anaerobic glycolysis
D. Binds to sulfhydryl groups

A. 45-55%
B. 55-65%
C. 65-85%
D. More than 85%

A. Amalgam alloy
B. Trituration time
C. Speed of amalgamator
D. All of the above

A. Under trituration or over trituration of amalgam
B. Decreases with condensation pressure
C. Increase with condensation pressure
D. Cannot be predictable