Anatomy and Physiology
- Created by: Becky1102
- Created on: 22-03-16 19:15
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| B | T | P | E | K | V | I | K | E | O | E | B | L | N | H | C | E | Y | D | M | I |
| A | L | T | S | F | L | N | N | B | I | C | L | Y | Q | B | V | K | S | X | V | D |
| V | C | L | P | X | P | T | V | X | T | R | O | N | T | A | U | U | T | W | U | Y |
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| S | C | A | U | R | M | N | O | R | U | C | P | W | T | E | T | G | L | Y | D | I |
| P | U | L | M | O | N | A | R | Y | C | I | R | C | U | L | A | T | I | O | N | N |
| S | M | Y | W | C | Y | L | W | C | R | R | E | F | O | E | G | R | N | D | U | R |
| N | D | I | L | M | Q | R | N | V | I | T | S | U | C | R | O | S | G | G | V | K |
| D | U | B | O | G | Y | E | R | M | C | N | S | P | A | A | N | J | S | Q | P | F |
| W | C | M | A | F | J | S | M | B | C | E | U | Q | I | T | I | X | L | X | B | A |
| J | T | D | L | B | N | P | C | M | I | C | R | J | D | I | S | V | A | Y | L | Q |
| L | I | Y | J | N | B | I | J | I | M | C | E | B | R | O | T | A | W | N | N | X |
| N | O | V | L | R | H | R | L | N | E | E | M | C | A | N | M | L | K | J | S | P |
| C | N | I | N | W | V | A | O | G | T | F | U | O | C | M | U | S | Q | T | M | V |
| R | N | I | N | P | T | T | B | W | S | U | U | S | Q | K | S | R | K | S | M | F |
| G | I | N | E | G | X | I | U | A | Y | I | D | C | M | I | C | V | M | J | E | J |
| M | P | C | L | I | S | O | D | J | S | N | B | F | O | R | L | L | A | N | X | O |
| L | I | K | D | H | Q | N | I | T | G | I | B | X | C | K | E | Y | W | E | Q | T |
| T | A | X | O | W | D | W | V | B | W | K | X | N | K | M | W | E | V | G | I | E |
Clues
- A muscle that works in conjunction with an agonist. As the agonist contracts the antagonist lengthens and returns to its original length. (10, 6)
- Applying a force tat doesn't pass through the centre of mass will produce angular motion. (9, 5)
- Deoxygenated bloody from the right ventricle of the heart to the lungs and oxygenated bloody back to the left atrium. (9, 11)
- Exchange of oxygen and carbon dioxide between the blood and muscle tissue. (8, 11)
- Oxygenated blood from the left ventricle to the body tissues and deoxygenated blood back to the right atrium. (8, 11)
- Stroke volume is dependant upon venous return. An increase in venous return will cause an increase in stroke volume and cardiac output. (9, 3)
- The lower (distal) end of the bone moves in a circle; it is a combination of flexion, abduction and adduction. (13)
- The pressure exerted by the blood against the arterial blood vessel wall. (5, 8)
- The rate of change in velocity. (12)
- The volume of blood ejected by heart ventricles in one minute. (7, 6, 1)
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