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[" The urge to inhale in humans results ...

[" The urge to inhale in humans results from "],[hline" Rising PCO2"],[" Rising "02],[" Falling PCO2"],[" Falling PO2"]

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PCO_2 released from body is:

pCO_(2) released from body is

Which of the following factors raise the P_(50) value and shfits the HbO_(2) dissociation curve to right and vice versa : (1) Rise in P_(CO_(2)) (2) Rise in H^(+) ions (Fall in pH) . ( 3) Fall in temperature (4) Fall in diphosphoglyceric acid .

value of pO_2 in deoxygenated blood is equal to value of pCo_2 in

When the temperature of water decreses from 4^@C to 2^@C ,will the level of water rise or fall in the cylinder?

The demand for good rises by 20% as a result of fall in its price. Its P.e_(D)is (-) 0.8 . Calculate the percentage fall in price.

Which o fthe following factors raise the P_(50) value and shifts the HbO_(2) dissociaton curve to right ? 1. Rise in Pco2 2. Fall in temperature 3. Rise in H+ (=fall in pH) 4. Fall in diphosphoglyceric acid

Read the following statement . a) High H^+ concentration and higher temperature are favourable for dissociation of oxygen from oxyhaemoglobin. b) Partial pressure of oxygen in alveoli is higher than in tissue . c) The maximum volume of air a person can breather in after a forced expiration is vital capacity. d) In alveoli PCO_2 low and PO_2 high are for dissociation of CO_2 from carbamino haemoglobin . How many of the above statement are true ?

Read the following statement . a) High H^+ concentration and higher temperature are favourable for dissociation of oxygen from oxyhaemoglobin. b) Partial pressure of oxygen in alveoli is higher than in tissue . c) The maximum volume of air a person can breather in after a forced expiration is vital capacity. d) In alveoli PCO_2 low and PO_2 high are for dissociation of CO_2 from carbamino haemoglobin . How many of the above statement are true ?

One of the reaction that takes place in producing steel from iron ore is the reduction of iron(II) oxide by carbon monoxide to give iron metal and CO_2 . FeO(s) + CO(g) hArr Fe(s) + CO_2(g),K_p. =0.265 atm at 1050 K.What are the equilibrium partial pressures of CO and CO_2 at 1050K if the initial partial pressures are: Pco = 1.4 atm and Pco_2 = 0.80 atm?