(131-140) 131. Reconstructing the occlusal anatomy is based on

A. Functional factors
B. Depth of restoration on a tooth
C. Necessity to restore normal anatomy

132. How do you prepare floor of pulp chamber in molars
A. Swab and dry with cotton wool and excavate
B. Use round bur to flatten the floor
C. Under cut walls
D. Use flat end fissure bur to make it levelled

133. When do you finish campsite resin restorations
A. Immediately after curing
B. After 24 hours
C. A week after placement

134. Where Café au lait spots are seen
A. Von Willebrand’s disease
B. Recklinghausen
C. Neurofibroma

135. Von Willebrand disease is
A. Haemophilic disease
B. Bacterial Endocarditis
C. Congenital cardiac disease
D. Rheumatic fever

136. What technique is used in the extraction of permanent 1st
molars
A. Rotation movement
B. Lingual movement
C. Buccal movement

137. Drugs contraindicated with Monoaminoxidas MAO

A. Barbiturates
B. Pethidine
C. Local Anaesthesia with felypressin
D. Narcotic analgetics
E. Salicylic acid

138. Blow to mandible causing fracture in molar’s right side
region, you expect a second fracture of
A. Sub condylar of right side
B. Sub-condylar of left side
C. Fracture of symphysis

139. What is the most common fracture of Class II amalgam
restorations
A. Isthmus because of insufficient depth
B. Internal fracture
C. Marginal ridge site

140. What is the advantage of composite over silicate resin
A. Less shrinkage
B. Less surface erosion
C. Less water absorption
D. All of the above

Q131=AQ132=A
Q133=A
Q134=B, Recklinghausen is called osteitis fibrosa cystica as well. P159
Cawson’s
Q135=A, P304 Cawson’s
Q136=A
Q137=B; I reckon all of the above is the answer.
Q138=B
Q139=A
Q140=D


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