Configuration | Type of joints | ||
---|---|---|---|
P | Cartesian | 1 | One prismatic and two rotary |
Q | Cylindrical | 2 | Three rotary |
R | Spherical | 3 | Two prismatic and one rotary |
S | Articulated | 4 | Three prismatic |
List I | List II | ||
---|---|---|---|
A | EFibrous joints | I | Adjacent vertebrae, limited movement |
B | Cartilaginous joints | II | Humerus and Pectoral girdle, rotational movement |
C | Hinge joints | III | Skull, don’t allow any movement |
D | Ball and socket joints | IV | Knee, help in locomotion |
List - I Location of Joint | List – II Type of Joint | ||
A. | Joint between humerus and pectoral girdle | i. | Gliding joint |
B. | Knee joint | ii. | Ball and Socket joint |
C. | Joint between atlas and axis | iii. | Hinge joint |
D. | Joint between carpals | iv. | Pivot joint |
The table shows the data of running a machine for five years. The original machine cost is Rupees 70,000. In order to minimize the average total cost per year for running the machine, the machine should be replaced after ............. years. (Answer in integer)
A company purchases items in bulk for getting quantity discounts in the item’s price. The price break-up is given in the table. The annual demand for the item is 5000 units. The ordering cost is Rupees 400 per order. The annual inventory carrying cost is 30 percent of the purchase price per unit. The optimal order size (in units) is .......... (Answer in integer)