A. Boric oxide
C. For long period
D. Under pressure
A. Silicate cement
B. Zinc phosphate cement
D. Polycarboxylate cement
A. Copper cyanide
C. Silver cyanide
D. Ionic copper
A. Aluminium sulfate
B. Potassium fluoride
D. Sodium fluoride
B. Die material
C. Temporary restoration
D. Permanent restoration
A. 22 K
B. 10 K
D. 24 K
A. Transparency
C. Opacity
D. None of the above
A. Impact stress
B. Tensile stress
D. Shear stress
A. hours
C. 4 hours
D. 16 hours
A. It is not necessary in moderately deep cavities under glass ionomer restoration
C. Protect the pulp from reaction products leaching out of restoration
D. Do not provide thermal or electric insulation
A. Inhibits hemoglobin synthesis, producing anemia
C. Complexes with hemoglobinto form methemoglobin
D. Inhibits anaerobic glycolysis
A. 9-30% copper
B. 13-20% copper
C. 13-30% copper
B. Zinc sulphate
C. Barium chloride
D. Barium sulphate
A. Only water
B. Cement liquid
D. Alcohol
A. Hydrated Aluminium phosphate
B. Hydrate Aluminosilicate gel
D. Hydrated Aluminium Phosphate with calcium fluoride
A. Mercury vapour
B. Mercury sulphide
D. Inorganic mercury forms
A. Temporary dressing
B. base
D. cementing orthodontic bands
A. Metallic bind
B. Chemical bond
C. Transparency
A. Zinc Phosphate
B. Resin cement
C. Glass Ionomer Cement
A. Exchange of aluminium and sodium ions
C. Exchange of aluminium and potassium ions
A. Trituration time
B. Speed of amalgamator
C. Amalgam alloy
A. Zinc oxide Eugenol cement
C. Glass Ionomer cement
B. 750 ml
C. 1500 ml
D. 1000 ml
A. Toxicity to pulp and dentin
B. Dimensional Stability
D. Resistance to creep
B. Zinc oxide eugenol
C. Calcium hydroxide
D. Zinc phosphate
A. 50 microns
C. 15 microns
D. 100 microns
A. None of the above
B. Short Mixing Time
D. Dry Mix
A. Mouth breathers
B. In the restoration of posterior tooth
B. Cerestore
C. Infusium
D. Leucite
A. Cementicles are found in periodontal ligament of order individuals
B. The small nerve fibres may or may not be myelinated and are concerned with discrement of pain
D. Fibronectin helps in attachment of fibroblasts to collagen
E. The large nerve fibres are myelinated and are concerned with discerment of touch
A. Require heavy compection forces
C. Require more mercury
D. Have longer setting times
A. Non cohesive gold
B. Class IV casting gold
D. Class I casting gold
A. Gold with much of chromium
B. Gold added with calcium
D. Gold with silver
A. 1560
B. 1886
C. 1056
A. Striated duct
B. Serous cells
D. Mucous cells
A. 6 weeks
C. 16 weeks
D. 18 weeks
B. 22-30%
C. 30-35%
D. 13-32%
B. In case of pituitary gigantis, all sinuses assume a larger volume than normal
C. Malignant lesions of maxillary sinus produce their manifestations in maxillary teeth
D. In chronic infections, the pain may mimic neuralgia of dental origin
B. GIC
C. Ca (OH)2
D. Zinc polycarboxylate cement
B. Roof of mandible contains thin, compact bone
C. Condyle contains red bone marrow
D. Articular tubercle is composed of spongy bone covered with thin compact bone
A. 4-Mar
B. 5-Apr
D. 8-Jul
A. Silicate
B. Amalgam
D. Hydrocolloids
A. Increased compressive, increased tensile strength
C. Decreased compressive, decrease tensile strength
D. Decreased compressive, increased strength
A. ZnPO4 and silicate
B. GIC and ZnPO4
C. GIC and silicate
A. Increase the addition of powder to liquid
B. Diluting the liquid with water
C. Increased in the ratio of powder to liquid
A. Silicon arbide
B. Aluminum oxide
C. Sand
B. Eugenol + ZnO
C. ZnCl2 + Eugenol
D. Zn(OH)2 + ZnO
A. 14.0 a (ppm k-1)
B. 6.6 a (ppm k-1)
D. 11.4 a (ppm k-1)
A. H2O interferes with Crystallization of dihydrate
B. H2O inhibits polymerization of dental resin
D. H2O interferes with hygroscopic expansion
A. Low Bisque stage
C. High Bisque stage
D. Fusion stage
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