Sports Science: Cardio-respiratory exercise physiology

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L D T Y M R V X I D Q O U M Q R H F J F M
J B A F J B W V O J H D X P I S B W B L W
D E F I N E R E S I D U A L V O L U M E Y
K E I D E F I N E V E I N S D M S N B S A
T U A N Q U B C E F J Q O D U S N C O T N
D E F I N E V I T A L C A P A C I T Y L I
N V Y D F L P B V T W O V D K U P Q G F A
D E F I N E C A P I L L A R I E S F X V N
R D H D E F I N E T I D A L V O L U M E R
K A A N A S X G D S S X F B K A G L I R O
M K U K J C W V P E D H Y M A Y K Y X O T
D E D E F I N E H O M E O S T A S I S G V
S O O W K P Y C R Q R N K T N U T V X R Q
D O X S K H X J X E W Y I I P H Y U T Q T
X T A X S Y C B T U O N G G Q I B Y D S R
D E S C R I B E A N E X H A L A T I O N F
G D E F I N E C A R D I A C O U T P U T X
C Q T L J D E F I N E A R T E R I E S U F
F L R F W D V E G E E M Q O L Y E J W N L
X A D A B S V H J N H I Y T X D F N X P U
G U H J X V Q K V S J S O R K S J Q U W Y

Clues

  • (Heart Rate x Stroke Volume) / 1000 (6, 7, 6)
  • Deliver deoxygenated blood back to the heart, less muscular and fibrous, contain valves to prevent back-flow (6, 5)
  • Maintenance of a constant internal environment (6, 11)
  • Maximum volume of air that can be exhaled after a maximal inhalation (6, 5, 8)
  • Narrow vessels, thin walls, they form an extensive branching network, through tissues, the site of exchange (6, 11)
  • The process is passive as the Diaphragm just relaxes and recoils into the original position (8, 2, 10)
  • These vessels that are relatively large in diameter, thick muscular walls, considerable pressure exerted, transport blood away from the heart (6, 8)
  • Volume of air breathed in and out in any one breath (6, 5, 6)
  • Volume of air still contained in the lungs after maximal exhalation (6, 8, 6)

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