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What is the difference between cartilage and bone? A. Bone is rubbery and cartilage is firm. B. Blood vessels are present in bones and absent in cartilage. C. Bone is porous and cartilages are non-porous. Select the correct statement:
Articular cartilage is ____________ cartilage and is 2 to 4 mm thick.
Which of the following statement is true about capillary rise: a) The meniscus will be concave b) The meniscus will be convex c) The angle of contact will be greater than 90° d) The angle of contact will be less than 90°
You will read the meniscus reading as you measure the level at the horizontal center or inside part of the meniscus.
In case of joint products, the main objective of accounting of the cost is to apportion the joint costs incurred up to the split off point. For cost apportionment one company has chosen Physical Quantity Method. Three joint products ‘A’, ‘B’ and ‘C’ are produced in the same process. Up to the point of split off the total production of A, B and C is 60,000 kg, out of which ‘A’ produces 30,000 kg and joint costs are Rs 3,60,000. Joint costs allocated to product A is.
The tank will get filled by four A, B, C and D inlets. By A, B and D, tank will get filled in 5 minutes. By A and C inlets, tank will get filled in 20/3 minutes. Through B, C and D inlets, tank will filled in 20/3 minutes. In how much time 3/4th of tank will get filled when all four inlets are opened?
A water tanker can be filled by 2 pipes A & B separately in 16 min & 32 min respectively. The outlet of the tanker is partially open and it can empty the full tanker completely in 1 hour 4 min. Pipes A & B were opened simultaneously for 9 min to fill the tanker but the partially open outlet was not closed. After 9 min the pipes A & B were closed and the tanker then went to Mohan's house, 6 km away to deliver water. If the tanker moved at a constant speed of 36 km/hr, approximately what percentage of the tanker was full, when it reached Mohan's house? 
The complete ring of cartilage around the trachea is called cricoid cartilage.
Rotating Wall vessel bioreactors are widely used for Cartilage Tissue Engineering because they provide a favorable Hydrodynamic environment for cartilage differentiation.
For cartilage TE, spinner-flask bioreactors have been used to recreate the in vivo physicochemical conditions of cartilage development.