Dental Cements

A. 1 Minutes
B. 2 Minutes
C. 3 Minutes
D. 4 Minutes

A. Acetic acid
B. Zinc acetate dehydrate
C. Calcium chloride
D. Bromoglycerine

A. GIC and polycarboxylate
B. GIC and ZnPO4
C. ZnPO4 and silicate
D. GIC and silicate

A. The reduction in enamel solubility due to fluoride uptake by enamel
B. That beryllium flux is used in silicates
C. That silicates show very little leakage at the margins of the restoration
D. Due to the high silica content

A. Amalgam
B. Silicate
C. Composite resin
D. Cavity varnish

A. Acetic acid
B. Alginic acid
C. Phosphoric acid
D. Ortho-ethoxy acid

A. Zinc oxide eugenol
B. Zinc polycarboxylate
C. SIlicate
D. Glass ionomer
E. Both B & D

A. Polysiloxane
B. Phosphoric acid
C. Polyacrylic acid
D. Ion leachable glass

A. Composites
B. Direct filling resins
C. Polycarboxylate cements
D. BIS-GMA resins in pit and fissure sealants

A. Decreased strength
B. Decreased film thickness
C. Decreased solubility
D. Increased setting time