Principles, Laws, and Equations

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Across
  1. 2. shows the relationship between blood flow, the indicator, and its blood concentration
  2. 3. Law explains that Volume and Pressure are inversely related P1V1=P2V2
  3. 6. proposed explanation for phenomenon
  4. 8. Law that states wall tension is proportional to the vessel radius for a given blood pressure (LV and alveoli) and wall stress = P*r / (2*wall thickness)
  5. 11. law of fluid flow which states blood flow is equal to the change in pressure divided by systemic resistance Q = ΔP/R
  6. 12. equals Q x (CaO2-CvO2)
  7. 16. SaO2 x Hgb x 1.34
  8. 17. statement based on repeated experimental observations that shows proof that something happened & how it happens, but not why.
  9. 18. pressure multiplied by volume is equal to moles times the universal gas constant times temperature PV = nRT
  10. 20. Law that states pressure and temperature are directly related P1/T1=P2/T2
  11. 21. PaO2 x 0.003
  12. 22. Law that states that the solubility of gas (C) dissolved in liquid is directly proportional to the partial pressure (P) above the liquid in equation C = kP
  13. 23. acid-base buffering... equation pH = pKₐ + log([A⁻]/[HA])
Down
  1. 1. describe specific phenomena that require clarity & explanation
  2. 3. Law that states light absorbance is directly proportional to concentration of solution and path length.
  3. 4. explanation acquired through scientific method, repeatedly tested and confirmed
  4. 5. equals Q xCaO2
  5. 7. law that states stroke volume of the left ventricle will increase as the left ventricular volume increases due to the myocyte stretch causing a more forceful systolic contraction AKA if EDV increase then SV will increase to certain point
  6. 9. law that says radius is the most important for laminar flow through tube Resistance = (8ηL)/(πR^4)
  7. 10. equals O2 content + dissolved O2 content
  8. 13. principle stating if system in a state of dynamic equilibrium is disturbed by change to its conditions (concentration, pressure, temp), then the position of equilibrium will shift to counteract the change.... AKA body will do anything for homeostasis
  9. 14. Law that states temperature and volume are directly related (gas expands when heated) equation: V1/T1 = V2/T2
  10. 15. Principle that says total uptake of oxygen by the peripheral tissues = product of the blood flow to the peripheral tissues and arterial-venous oxygen concentration difference CO = VO2/(CaO2-CvO2)
  11. 19. Law that says total pressure is equal to the sum of individual gas partial pressures added up Ptotal= p1+p2+p3...