B. Capsule

C. Flagella

D. None of the above

A. Cell wall

C. Fimbria

D. Capsule

B. Peroxide-amine

C. Organic acid-peroxide

D. Organic acid-metal oxide

A. Gold alloy

B. Colloidal silica

C. Wax

A. Facio-cervical actinomycosis

B. Infected squamous cell carcinoma

C. None of the above

B. Infrared light

C. Diketone

D. Visible light

A. Silicates

B. Zinc particles

D. Aluminium

B. It may occur in children and young adult after vaccination

C. Bacteria culture from nasopharyngeal swab is the definitive diagnosis

D. Most common cause is B. Petrussis

A. Casonis test

B. Charles test

C. Dick test

A. Carbon

B. Acrylic

C. Porcelain

B. Increase the surface area

C. Create surface irregularities in enamel for better mechanical retention of resin

D. Condition the tooth surface for better wetting

A. Fluoride particles

B. Silica glass

D. Organic matrix

A. Quaternary ammonium compound

C. Toluidine

D. Benzoyl peroxide

A. Bacillus anthracis

B. Brucella species

D. Clostridium weichii

A. Gas inclusion porosity

C. Surface porosity

D. Localised Shrinkage porosity

A. Under pressure

B. Cold water

C. In vaccum

A. Urine

B. All of the above

C. Feacus

A. in the presence of nitrogen

B. in the presence of oxygen

C. differential media

A. Pseudomonas

C. Shigella

D. Klebsiella

B. Proportional limit

C. Tensile strength

D. Ultimate strength

A. Pneumonia

B. Non-gonococcal urethritis

C. Trachoma

A. None of the above

B. Spirochaetes

C. Treponema vincenti

B. Amalgam

C. Pure gold

D. Composite

A. From open sore

B. Dischange from nasal mucosa

D. Through intact skin

A. Modulus of elasticity

B. Youngs modulus

C. Tensile strength

A. On the denture surface

B. Near the borders

C. Throughout the denture

B. M Protein

C. Type of lipid in cell membrane

D. Physiological properties

A. Spherical indenter

B. Steel ball indentation

C. Rhomboid shaped indenter

A. Resin

B. None

C. Filler

A. None of the above

B. AFB staining

D. Pas staining

A. Ferrite

B. Martensite

D. Pearlite

A. An applied load or force

B. An internal force opposing an applied load

C. An external force opposing an applied load

A. An applied load or force

C. An external force opposing an applied load

D. A deformation resulting from an applied load

A. Alfa phage

B. Lambda K12

D. Delta Phage

B. Lower modulus of elasticity

C. Esthetic excellence

D. Higher solubility in saliva

A. Leptospira interrogans

B. Chalamydia trachomatis

C. Borrelia burgolorferi

A. Virus infections

B. Mycoplasma

C. Gram positive organisms

A. 90 seconds

B. 120 seconds

C. 60 seconds

A. Streptococcus

B. Gonococci

C. E.coli

A. Using asbestos linear

B. Preventing rapid heating the investment in burnout oven

D. Using a short and wide sprue

A. Direct filling gold

B. Amalgam alloy

C. Composite resin

B. Decrease porosity in restorative material

C. Decrease polymerization shrinkage

D. Decrease coefficient of thermal expansion

A. Wasserman test

C. Eleks test

D. Mantoux test

A. Pneumonia

C. Osteomyelitis

D. Abscess

A. 0.5 to 1.0 microns

B. 0.05 to 0.04mm

C. 0.3 to 0.4mm

B. 90

C. 0 90

D. >90

B. Treponema pallidum

C. Neisseria gonorrhea

D. All of the above

A. S protein

B. Lysozyme

C. Fibrinolysin

A. Is at normal room temperature

B. Equal of BP of water

D. < B.P of water

A. Hybrid resin composites

B. Macrofilled resin composites

D. Glass ionomer restoratives