Frozen slab technique of mixing zinc phosphate is used for_______________?

Related Mcqs:

1. Frozen slab technique is applicable to_____________?

   A. Zinc phosphate cement B. Glass Ionomer cement C. Zinc oxide Eugenol cement D. Resin cement...

2. The temperature (in °F) of the mixing slab for silicate cements should be_____________?

   A. 55 – 65 B. 65 – 75 C. 75 – 85 D. 85 – 95...

3. Increased amount of powder in zinc phosphate cement mixture will cause_______________?

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

4. The principle application of zinc phosphate cement is_____________?

   A. In final cementation B. As temporary cementation C. As a temporary filling material D. It has less occlusal wear...

5. Advantage of zinc phosphate over GIC is______________?

   A. High compressive strength B. Tensile strength C. High modulus of elasticity D. Diametral strength...

6. Strength of zinc phosphate is effected by_______________?

   A. Temp of glass slab B. P:L ratio C. Consistency of mix D. Alteration of mixing time...

7. The setting of zinc phosphate is accelerated by_____________?

   A. Adding a drop of water B. Increasing mixing time C. Cooling the slab D. Adding a drop of oleic acid...

8. The major component of zinc phosphate cement is_____________?

   A. Zinc oxide B. Phosphoric acid C. Zinc D. None of the above...

9. The chief advantage of zinc phosphate cement is its___________?

   A. Good compressive strength B. Film thickness C. Lack of irritation D. Low solubility...

10. Minimum thickness for type I zinc phosphate cement should be_______________?

    A. 15 microns B. 25 microns C. 50 microns D. 100 microns...