0711S Cardlac cycle Stants with_depolanzahion of SAtiode
DeviOtion fnm Plaf lineicureh
apdanrahon
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AWa\v1 (ou) Haings rap-lanzs Heri ane inooyhi Cat bo Aau a contadio E repolanzaon
6.3 Osmos1s is He dithuyon d watu acrY mumJoranl8
hicber sohite conenhaattn:
wiHa more solute concentaHon Isobnic Hyp bnic
Hypuntonic
Leff i3 hypobnC bo riqht
Leff 3 luypethonic 1y'anat
Refar h oulgide soluhion in companson wvith fhe ingide of He cell uhuv fo& disoussing tonichy t Water moves from a hypolonic solution across a menbrane Loa dypertonic solufon (equilibnvm) Ex! Solution hcis highur concontrafi'on of solutes tacun concutrahiom ingide the cell is hypertonie t Waker move > net flvx, oVorall movement is greater inv one direch'onv or the oHer. Red blood cels and blood plasma(from te out aufside enuinnn) RBC burst s jn hypolonic environment RbC ghnale: in hyperbonicenvironment
ewinnmnt
This ts turgor presywe -2upnglt planb ? crisp (ettuce Ie water Leaves_plant wils
in Hheir cell uals and plasmodesmala Linking aylopasM Aquforins for water aGuponns :ppototA chahnel; Hat allow Gobr lo pass Jlnu
33.1 Plants Acquire Water and Minerals hom He Soil Lcind plcnb get water r num'zntr fm soil via tlai Coots tWater fransport tan plank ia xylem h'ssue sMmqwaj TYM5JO q3uxbu fubJaow} 8o1 1 sqnJ1 circuo.le Hruphloem iwabr ?photosynkesis )Transport Solute 1Cooliny Iaternat prssur + Hineval ax trounsported aloney with water H(Uirerals t! uater enter rooh,travel Haniovt xykem Watar potential difFerinus qovern the dicechon of water matmx Diachon of water movament Pom cel ho oll is determiaed by water petenkia