Match the following:
List - I | List - II | ||
---|---|---|---|
A) | Radius, ulna | I) | Fore limb |
B) | Tibia, fibula | II) | Hind limb |
C) | Scapula, clavicle | III) | Pectoral girdle |
D) | Ilium, pubis | IV) | Pelvic girdle |
Match the following:
List - I | List - II | ||
---|---|---|---|
A) | Thyroid gland | I) | Calcitonin |
B) | Adrenal medulla | II) | Nor epinephrine |
C) | Pineal gland | III) | Melatonin |
D) | Pancreas | IV) | Glucagon |
Study the following and pick up the correct combinations:
S.No. | Spinal nerves | No. of pairs in man | Location |
---|---|---|---|
I | Cervical nerves | 7 pairs | Neck region |
II | Thoracic nerves | 12 pairs | Thorax |
III | Sacral nerves | 5 pairs | Lumbar region |
IV | Coccygeal nerves | 1 pair | Caudal region |
Match the following:
List-I | List-II | ||
---|---|---|---|
A. | Nitzschia | I. | Plankton |
B. | Certia | II. | Neuston |
C. | Notonecta | III. | Nekton |
D. | Hydra | IV. | Periphyton |
If \( \vec{u}, \vec{v}, \vec{w} \) are non-coplanar vectors and \( p, q \) are real numbers, then the equality:
\[ [3\vec{u} \quad p\vec{v} \quad p\vec{w}] - [p\vec{v} \quad \vec{w} \quad q\vec{u}] - [2\vec{w} \quad q\vec{v} \quad q\vec{u}] = 0 \]
holds for: