Anatomy B/C

[ptkid]

Do you think that knowing fick's law, poiseiulle's law, laplace's law, dalton's law, henry's law, and boyle's law is enough for this event? Or are their any other laws that you think I should know?

[LCovington]

Do you think that knowing fick's law, poiseiulle's law, laplace's law, dalton's law, henry's law, and boyle's law is enough for this event? Or are their any other laws that you think I should know?

Law's Law

[SciBomb97]

Do you think that knowing fick's law, poiseiulle's law, laplace's law, dalton's law, henry's law, and boyle's law is enough for this event? Or are their any other laws that you think I should know?

I've only heard of four of those...but I guess so. The more the better, right?

[Kokonilly]

Do you think that knowing fick's law, poiseiulle's law, laplace's law, dalton's law, henry's law, and boyle's law is enough for this event? Or are their any other laws that you think I should know?

Those look good for laws. Other things you might want to know:
F = (P1 – P2)/R [F = airflow in mL/minute; P1 = pressure at point one; P2 = pressure at point two; R = resistance to airflow]
A = f(VT – VD) [ A = alveolar ventilation in mL/minute; f = respiratory rate in breaths/minute; VT = tidal volume in mL/respiration; VD = dead space in mL/respiration]
CO2 + H2O ⇌ (carbonic anhydrase) H2CO3 ⇌ H+ + HCO3-
Hb (reduced hemoglobin) + O2 ⇌ Hb-O2

You also definitely want to know all of the formulas for the volumes and capacities and all that jazz.

[ptkid]

Do you think that knowing fick's law, poiseiulle's law, laplace's law, dalton's law, henry's law, and boyle's law is enough for this event? Or are their any other laws that you think I should know?

Those look good for laws. Other things you might want to know:
F = (P1 – P2)/R [F = airflow in mL/minute; P1 = pressure at point one; P2 = pressure at point two; R = resistance to airflow]
A = f(VT – VD) [ A = alveolar ventilation in mL/minute; f = respiratory rate in breaths/minute; VT = tidal volume in mL/respiration; VD = dead space in mL/respiration]
CO2 + H2O ⇌ (carbonic anhydrase) H2CO3 ⇌ H+ + HCO3-
Hb (reduced hemoglobin) + O2 ⇌ Hb-O2

You also definitely want to know all of the formulas for the volumes and capacities and all that jazz.

thanks!

[Kokonilly]

Do you think that knowing fick's law, poiseiulle's law, laplace's law, dalton's law, henry's law, and boyle's law is enough for this event? Or are their any other laws that you think I should know?

Those look good for laws. Other things you might want to know:
F = (P1 – P2)/R [F = airflow in mL/minute; P1 = pressure at point one; P2 = pressure at point two; R = resistance to airflow]
A = f(VT – VD) [ A = alveolar ventilation in mL/minute; f = respiratory rate in breaths/minute; VT = tidal volume in mL/respiration; VD = dead space in mL/respiration]
CO2 + H2O ⇌ (carbonic anhydrase) H2CO3 ⇌ H+ + HCO3-
Hb (reduced hemoglobin) + O2 ⇌ Hb-O2

You also definitely want to know all of the formulas for the volumes and capacities and all that jazz.

thanks!

Yep! Here is a pretty comprehensive list of all of the volume/capacity stuff. It's pretty important - in fact, I basically had to fill in that exact diagram on my state test.

[Sunniday]

Funny story about my laptop (a MacBook Pro): my coach actually helped me buy it because my partner (her son) and I got gold at state in 2 events. First ever gold medals at state for our underachieving team...

[butter side up]

Do you think that knowing fick's law, poiseiulle's law, laplace's law, dalton's law, henry's law, and boyle's law is enough for this event? Or are their any other laws that you think I should know?

I have seen questions regarding the Bohr Effect and Haldane Effect, and they are pretty important, although they are not laws.

[ptkid]

What did everyone think of the Division B test? We thought we got basically everything right (1 wrong, probably more) and we ended up 19th Worse than last years...

[SciBomb97]

I'm not even sure what we did wrong. I guess we'll find out when they release the nationals tests.
What did you answer for the tie breaker that had the picture of whatever organ that was with the surgical instruments poking around?