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BIOD 101 Module 1 Exam Portage learning
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BIOD 101 Module 1 Exam Portage learning
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BIOD 101 Module 1 Exam Portage learning What CCis CCmatter, CCand CCwhat CCstates CCcan CCit CCexist CCin? Matter CCis CCanything CCthat CCtakes CCup CCspace CCby CChaving CCvolume CCand CCmass. CCIt CCcan CCexist CCin CCsolid, CCliquid, CCor CCgaseous CCstates. Explain CCthe CCdifference CCbetween CCessential CCand CCtrace CCelements. Essential CCelements CCare CCrequired CCfor CChuman CClife. CCTrace CCelements CCare CCrequired CConly CCin CCsmall CCquantities. Ionic CCbond Generated CCbased CCon CCthe CCattraction CCbetween CCtwo CCoppositely CCcharged CCparticles Covalent CCbond Occurs CCwhen CCelectrons CCare CCshared CCby CCtwo CCatoms CCto CCcreate CCthe CCvalence CCshells CCof CCboth Hydrogen CCbond Forms CCa CCrelatively CCweak CCbond CCthat CCis CCeasily CCbroken Anions Negatively CCcharged CCions Cations Positively CCcharged CCions What CCorganic CCcompounds CCmake CCup CCbiomacromolecules Carbohydrates, CClipids, CCproteins, CCnucleic CCacids What CCare CCcarbohydrates commonly CCreferred CCto CCas CCsugars; CCprimary CCsource CCof CCfuel CCfor CCorganisms CCand CChave CCthe CCsame CCthree CCelements CCin CCtheir CCmain CCstructure CC(C, CCH, CCO) Why CCare CClipids CCunique CCamong CCbiomacromolecules Most CCare CCinsoluble CCin CCwater. CCThey CCare CCnot CCmonomers, CCbut CCare CCassembled CCfrom CCsmaller CCmolecules CCthat CCare CCchemically CClinked CCtogether. Why CCare CClipids CCinsoluble CCin CCwater They CCare CCmade CCof CCmostly CCnon-polar CChydrocarbon CCchains. CCWater CCcan CConly CCdissolve CCother CCpolar CCor CCionically CCbonded CCsubstances. Describe CCthe CCstructure CCof CCa CCphospholipid They CCcontain CCtwo CCmain CCcomponents: CCa CCpolar CChead CCjoined CCto CCa CCnon-polar CCtail. CCThe CChead CCgroup CCis CCattracted CCto CCpolar CCsubstances CCand CCis CChydrophilic. CCThe CCtail CCgroup CCrepels CCwater CCand CCis CChydrophobic. 7 CCfunctions CCof CCproteins act CCas CCenzymes CCand CCregulate CCmetabolic CCfunctions, CCstore CCamino CCacids, CCact CCas CChormones, CCform CCantibodies CCfor CCimmunological CCdefense, CCact CCas CCcarriers CCfor CCtransport CCand CCalso CCfrom CCmembrane CCchannels, CCform CCcell CCsurface CCreceptorsThe benefits of buying summaries with Stuvia:
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