A. Requires least amount of mercury

B. Achieves high compressive strength at 1 hr.

D. Has lower cree value

B. Ethoxybenzoic acid

C. Carboxylate cement

D. Zinc oxide-eugenol cement

A. Diluting the liquid with water

C. Increase the addition of powder to liquid

D. Increased in the ratio of powder to liquid

A. Zinc Phosphate

C. Resin cement

D. Glass Ionomer Cement

A. 13-32%

B. 22-30%

D. 30-35%

A. Excellent bonding to tooth

C. Average bonding to tooth

D. Low bonding to tooth

A. ZnO is converted to Zn(OH)2

B. Reaction is autocatalytic

C. Water is the byproduct of reaction

A. Dissolve the alloy in mercury

C. Dissolve Hg in alloy

D. Remove excess mercury from the amalgam

A. Exchange of aluminium and sodium ions

C. Exchange of aluminium and potassium ions

D. None of the above

A. Increased compressive strength

B. Decrease the tarnish and corrosion resistance

C. Increase the marginal strength

B. None of the above

C. Less than 0.1%

D. Less than 0.02%

A. 4 hours

B. 16 hours

C. hours

A. 6.6 a (ppm k-1)

B. 11.4 a (ppm k-1)

D. 14.0 a (ppm k-1)

A. 350 Gpa and 10 120 Mpa

B. 40 Gpa and 60 100 Mpa

D. 360 Gpa and 125 130 Mpa

A. Decreasing conduction of heat to pulp

C. By altering the chemical composition of restoration materials

D. By preventing penetration of corrosion products into the dentinal tubules

A. Speed of mixing

C. Addition of few drops of water

D. Temperature of mixing stab

A. Calcium Hydroxide

C. Zinc phosphate

D. ZOE

A. Nalpuphine

B. Methadine

D. Nalosphine

A. Benzodiazepam is used in treatment of status epilepticus

C. None of the above

D. Clonazeppam is used in the treatment of petitmal epilepsy

A. Cyclosporine

B. Chloromphenicol

C. Aspirin

A. Sufentanil

B. Fentanyl

C. Morphine

B. Lysergic acid diethylamide (LSD)

C. Bromocriptine

D. Methysergide

A. Pentazocine and buprinorphine

B. Pentazocine shows withdrawal symptoms in opioid dependent patients

D. Ethomorphine is similar to pethidine chemically

A. More potent than diazepam

C. Less thrombophlebitis due to low solubility in blond

D. More plasma binding and less toxicity

B. Leaves

C. Seed capsule

D. Root

A. 2 min

B. 10 min

D. 1 min

A. Miosis

C. Truncal rigidity

D. Cough suppression

A. Carbemezipine

B. Phenytoin

D. Phenobarbitone

A. Patient having bronchitis

B. patients having fever

D. patients having amoebic dysentery

A. Haemorrhage

B. Gastric Ulceration

C. Respiratory alkalosis

A. Alprazolam

B. Phenobarbital

C. Diazepam

A. Salicylates

B. Antibiotics

C. Barbiturates

A. Ibuprofen

B. Aspirin

C. Diclofenac Sodium

B. Costaglandin synthesis

C. Preglandin synthesis

D. Ectoglandin synthesis

A. Zalcitabine

C. Zileuton

D. Zolmitriptan

A. Ibuprofen and Paracetamol

C. Aspirin and Codeine

D. Paracetamol and Dextropropoxyphene

A. Peptic ulcer

B. Hemorrhage

D. Person suffering form chicken pox or small pox

A. Pentobarbital

B. Meprobamate

C. Trimethadione

A. Limbic system

B. Emetic system

D. Opioid receptors in G.I.T

A. Barbiturates

B. Acetominophen

D. Vitamin K

B. 40 to 50 percent

C. 20 to 30 percent

D. 10 to 20 percent

A. codeine

B. Alphaprodine

C. Pentazocine

B. Diphenhydramine

C. Nalorphine

D. Atropine

A. Excretion

C. Metabolism

D. Recycling

A. Not much use

C. Can be used safely

D. Contraindicated

A. Antibiotic

B. Sedative

D. Diuretic

A. Dexamethasone

C. Propylthiouracil

D. Propranolol

A. Digitalis toxicity

C. Pagets disease

D. Unconscious states

A. 1 mg / min

B. 2.5 ml / min

D. 2.5 mg / min

A. Drowsiness

B. Constipation

D. Xerostomia