Related Questions

Regarding the synovial joints
A Have a cavity
B May be divided by fibrocartilagenous discs
C Develop from cartilage
D Articular surfaces have rich innervations
E Produces biaxial movement in an ovoid joint
Synovial joints are-
A Suture of skull
B Hip joint
C Finger joint
D Ankle joint
E Symphysis pubis
Synovial type of joint is-
A Tooth and socket joint
B Inferior tibio-fibular joint
C Symphysis pubis
D Shoulder joint
Additional structures of the synovial joint are
A Articular disc
B Bursa
C Articular fat pad
D Articular cartilage
E Joint capsule
Every synovial joint
A Has got a synovial cavity
B Has the synovial membrane lining the fibrous capsule
C Shows wide range of movement
D Has the articular surfaces covered by hyaline cartilage
E Has a motor nerve supply
The correct pair for synovial joint is
A Calcaneo-cuboid: saddle
B Metacarpo-phalangeal: condylar
C Atlanto-occipital: trochoid
D Incudo-stapedial: saddle
E Spheno-vomerine: schindylesis
Synovial membrane
A Is the most inner surface of the joint capsule
B Has outer layer containing loose connective tissue
C Has inner layer with 1-4 cells thickness
D Has outer
E middle and inner layer
F Has phagocytic type B synoviocyte
These types of pipes are generally connected with bell and spigot joints or flanged joints:
A Soil and waste
B Water and gas
C Water and steam
D Gas and soil
The drive-shafts are connected to the differential and wheel hubs through universal joints because the universal joints
A Absorb the vibrations transferred from the surface of the road
B Compensate for variations in the relative positions of the differential and the wheels which result from bumpy road surfaces or other similar driving conditions.
C Absorb any difference in speed between the left and right wheels when the vehicle is turning
D None of the above
Number of vertical joints in a stretcher course is x times the number of joints in the header course, where x is equal to
A $$\frac{1}{2}$$
B 1
C 2
D $$\frac{1}{4}$$

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