in our blood we have a buffer system
H2O(l) + CO2(g) <-----> H2CO3(aq)
H2CO3(aq) <---> HCO3-(aq) + H+(aq)
when a child playing is out in the field and suddenly hyperventilates, he/she is expelling more CO2(g) than he/she normally would. This would then decrease normal CO2(g) levels in the blood. Following Le Chatelier's principle the above reaction (2nd one) would then tend to shift to the left due to decrease in CO2(g) ==> which means the body would have to compensate by producing more H+(aq) ions. This then affects our body's pH...... our pH is becoming acidic and when not corrected.... would lead to acidosis.... which is fatal
remedy: to replenish CO2(g) one has to encourage the child to inhale and exhale in a paper bag covering his/her nose and mouth. What you are actually doing is increasing the CO2(g) intake so that the equilibrium now would balance out by shifting the system to its normal forward reaction.
Life and Death situation of pH in daily life (",)
application of arithmetic progression in daily life ?
koipugb
air dryer
i dnt knw..
used in auto mobiles
what are the real life examples of order staistics
You don't normally apply integration, or other advanced math topics, in your daily life, unless your "daily life" includes work in the science or engineering area.
pretty much all foods.
the application of a median is eating snacks and reserving foods until next year
the cutting edge of knives ,blades, axes etc.
i m finding the answer myself
Ms. Fink knows go check her!