BIO BEYOND EXAM WITH FULL PACK SOLUTIONS
1.What pdo pyou pthink pthat pmeans pabout pthe pinteraction pbetween
pphosphate pand pwater?: pWater pand pthe phead pof pa pphospholipid pattract
peach pother plike pmagnets, pso pthey pinteract pwell.
2.Do pyou pthink pthey pwould pbe ppolar plike pthe pphosphorous pgroup?: pThe
ptail pwill pnot pbe ppolar plike pthe pphosphorous pgroup.
3.Do pyou pthink pthey pwould pinteract pwith pwater pas pwell pas, pbetter pthan,
por pless pthan pthe phead pgroup?: pThe ptail pend pwill pinteract pwith pwater
pless pthan pthe phead pgroup.
4.Consider pagain pthe pdiagram pof pthe pcell pmembrane. pIt pdivides pinto
pthree pre- pgions, pkind pof plike pa psandwich. pLabel pthe pregions pas
phydrophilic p(water-loving) por phydrophobic p(water-hating) pin pthe pdiagram
pbelow.: pA p- pHydrophilic
B p- pHydrophobic
C p- pHydrophilic
5.Which pmolecules pdo pyou pthink pcome pfrom pand pindicate pthe
ppresence pof plife?: pwater, porganelles, pnucleotides, pmonosaccarides
6.Shown pto pthe pright pare pdiagrams pof peach pof pthe pcomponents pyou
pidentified pin pyour pexploration. pThey, pin pturn, pare pmade pup pof psmaller
ppieces pcalled patoms, pconnected pby pthings pcalled pbonds. pIdentify pin pthe
pgraphic pbelow pwhich ppieces pyou pthink pare patoms pand pwhich pyou pthink
1 p/
p5
, pare pbonds.: pBond
Atom
7.During pyour pexplorations, pwhat pmolecules pdid pyou pfind pthat pmake pup
pthe pstructural pcomponents pof pa pcell?: pCarbohydrates, pLipids, pProteins,
pNucleic pAcids
8.Which pof pthe pfollowing pwould pbe pa pgood pdefinition pof pthe patom
paccording pto pDemocritus?: pA ppiece pof psomething pthat pis pas psmall pas
ppossible
9.What pwas pJJ pThomson's pbiggest pdifference pfrom pDemocritus' pmodel?:
pAtoms pcould pbe pbroken pdown pinto
10.Which pscenario pbelow pdo pyou pthink pis pmost plikely pfor pthis
pexperiment's presults? pMake pa phypothesis.: pthe pbeam pof palpha pparticles
pwill ppass pthrough pmostly punchanged pand psome pwill pbounce pback
11.Rutherford psaw pto phis psurprise pthat pmost pparticles pwent pthrough pthe
pfoil pbut psome pwere pdeflected pand peven pbounced pback!: pThomson's
pmodel pof pthe patom phad pa pdiffuse ppositive pcharge, pso pthe pparticles
pshould pnot phave pbeen pdeflected pvery pfar
12.How pwas pRutherford's pmodel pdifferent pfrom phis pmentor, pThomson's?: p
Rutherford's pmodel phad pa psmall, pdense, ppositive pnucleus
13.What pdifferences pdoes pBohr's pmodel phave pcompared pto
pRutherford's? pSelect pall pthat papply:: pDistinct penergy plevels pfor
pelectrons
Distinct porbits pfor pelectrons
14.How pis pSchrödinger's pmodel pdifferent pfrom pBohr's?: pElectrons
pdon't phave porbits pbut phave pvolumes pthey pmay poccupy
2 p/
p5
1.What pdo pyou pthink pthat pmeans pabout pthe pinteraction pbetween
pphosphate pand pwater?: pWater pand pthe phead pof pa pphospholipid pattract
peach pother plike pmagnets, pso pthey pinteract pwell.
2.Do pyou pthink pthey pwould pbe ppolar plike pthe pphosphorous pgroup?: pThe
ptail pwill pnot pbe ppolar plike pthe pphosphorous pgroup.
3.Do pyou pthink pthey pwould pinteract pwith pwater pas pwell pas, pbetter pthan,
por pless pthan pthe phead pgroup?: pThe ptail pend pwill pinteract pwith pwater
pless pthan pthe phead pgroup.
4.Consider pagain pthe pdiagram pof pthe pcell pmembrane. pIt pdivides pinto
pthree pre- pgions, pkind pof plike pa psandwich. pLabel pthe pregions pas
phydrophilic p(water-loving) por phydrophobic p(water-hating) pin pthe pdiagram
pbelow.: pA p- pHydrophilic
B p- pHydrophobic
C p- pHydrophilic
5.Which pmolecules pdo pyou pthink pcome pfrom pand pindicate pthe
ppresence pof plife?: pwater, porganelles, pnucleotides, pmonosaccarides
6.Shown pto pthe pright pare pdiagrams pof peach pof pthe pcomponents pyou
pidentified pin pyour pexploration. pThey, pin pturn, pare pmade pup pof psmaller
ppieces pcalled patoms, pconnected pby pthings pcalled pbonds. pIdentify pin pthe
pgraphic pbelow pwhich ppieces pyou pthink pare patoms pand pwhich pyou pthink
1 p/
p5
, pare pbonds.: pBond
Atom
7.During pyour pexplorations, pwhat pmolecules pdid pyou pfind pthat pmake pup
pthe pstructural pcomponents pof pa pcell?: pCarbohydrates, pLipids, pProteins,
pNucleic pAcids
8.Which pof pthe pfollowing pwould pbe pa pgood pdefinition pof pthe patom
paccording pto pDemocritus?: pA ppiece pof psomething pthat pis pas psmall pas
ppossible
9.What pwas pJJ pThomson's pbiggest pdifference pfrom pDemocritus' pmodel?:
pAtoms pcould pbe pbroken pdown pinto
10.Which pscenario pbelow pdo pyou pthink pis pmost plikely pfor pthis
pexperiment's presults? pMake pa phypothesis.: pthe pbeam pof palpha pparticles
pwill ppass pthrough pmostly punchanged pand psome pwill pbounce pback
11.Rutherford psaw pto phis psurprise pthat pmost pparticles pwent pthrough pthe
pfoil pbut psome pwere pdeflected pand peven pbounced pback!: pThomson's
pmodel pof pthe patom phad pa pdiffuse ppositive pcharge, pso pthe pparticles
pshould pnot phave pbeen pdeflected pvery pfar
12.How pwas pRutherford's pmodel pdifferent pfrom phis pmentor, pThomson's?: p
Rutherford's pmodel phad pa psmall, pdense, ppositive pnucleus
13.What pdifferences pdoes pBohr's pmodel phave pcompared pto
pRutherford's? pSelect pall pthat papply:: pDistinct penergy plevels pfor
pelectrons
Distinct porbits pfor pelectrons
14.How pis pSchrödinger's pmodel pdifferent pfrom pBohr's?: pElectrons
pdon't phave porbits pbut phave pvolumes pthey pmay poccupy
2 p/
p5
