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SBI3U Unit 1 Test Biodiversity (student version) - Google Docs

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SBI3U‌‌Unit‌‌1‌‌Test:‌‌Biodiversity‌
K/U‌‌_____‌‌/1‌ 0‌ ‌
T/I‌‌____‌‌/1‌ 8‌ ‌
Name:_____________________________‌ ‌
COM‌‌_____‌‌/9‌ ‌ ‌
1.‌‌Which‌‌k ingdom‌‌has‌‌s pecies‌‌whose‌‌c ells‌‌do‌‌not‌‌have‌‌c ell‌‌walls?‌
a)‌‌Animalia‌
b)‌‌Plantae‌
‌c )‌‌Archaea‌
d)‌‌Protista‌
APP‌‌_____‌‌/1‌ 0‌ ‌
e)‌‌Bacteria‌
2.‌‌Which‌‌term‌‌describes‌‌an‌‌identification‌‌tool‌‌that‌‌uses‌‌a‌‌s eries‌‌of‌‌two-part‌‌c hoices?‌
a)‌‌binomial‌‌nomenclature‌ ‌b)‌‌dichotomous‌‌k ey‌ ‌c )‌‌phylogenetic‌‌tree‌ ‌d)‌‌phylogenetic‌‌k ey‌ ‌e)‌‌taxonomic‌‌k ey‌
3.‌‌In‌‌which‌‌k ingdom‌‌would‌‌y ou‌‌place‌‌an‌‌organism‌‌that‌‌is‌‌m ulticellular,‌‌has‌‌a‌‌c ell‌‌wall‌‌m ade‌ ‌of‌‌c ellulose,‌‌and‌‌is‌
autotrophic?‌
a)‌‌Bacteria‌
b)‌‌Archaea‌
c)‌‌Protista‌
d)‌‌Plantae‌
e)‌‌Fungi‌
4.‌‌What‌‌do‌‌Balantidium‌‌c oli,‌‌a‌‌parasitic‌‌protist,‌‌and‌‌the‌‌m ost‌‌c ommon‌‌c ause‌‌of‌‌bacterial‌ ‌pneumonia,‌
Streptococcus‌‌pneumoniae,‌‌have‌‌in‌‌c ommon?‌
a)‌‌both‌‌are‌‌prokaryotic‌‌c ells‌
b)‌‌both‌‌c ontain‌‌DNA‌
c)‌‌both‌‌have‌‌m embrane-bound‌‌organelles‌
d)‌‌both‌‌have‌‌a‌‌m embrane-bound‌‌nucleus‌
e)‌‌both‌‌use‌‌m itosis‌‌and‌‌m eiosis‌‌for‌‌c ell‌‌division‌
5.‌‌Which‌‌theory‌‌does‌‌the‌‌evidence‌‌listed‌‌below‌‌s upport?‌
•‌‌M embranes‌‌of‌‌the‌‌c hloroplasts‌‌and‌‌m itochondria‌‌are‌‌s imilar‌‌to‌‌living‌‌prokaryotes.‌ ‌•‌‌Ribosomes‌‌in‌
chloroplasts‌‌and‌‌m itochondria‌‌are‌‌s imilar‌‌to‌‌ribosomes‌‌in‌‌prokaryotes.‌ ‌•‌‌M itochondria‌‌and‌‌c hloroplasts‌
reproduce‌‌by‌‌binary‌‌fission.‌ ‌•‌‌Chloroplasts‌‌and‌‌m itochondria‌‌have‌‌a‌‌c ircular‌‌c hromosome.‌
a)‌‌endospore‌‌theory‌
b)‌‌endosymbiotic‌‌theory‌
c)‌‌theory‌‌that‌‌Archaea‌‌c arry‌‌out‌‌photosynthesis‌
d)‌‌theory‌‌of‌‌how‌‌eukaryotes‌‌became‌‌m ulticellular‌
e)‌‌theory‌‌that‌‌v iruses‌‌are‌‌c ells‌
6.‌‌Some‌‌s cientists‌‌s tudy‌‌how‌‌the‌‌fang‌‌m echanism‌‌of‌‌c obras‌‌differs‌‌from‌‌the‌‌fang‌ ‌m echanism‌‌of‌‌rattlesnakes.‌
Other‌‌s cientists‌‌s tudy‌‌how‌‌the‌‌wings‌‌of‌‌bats‌‌evolved‌‌from‌ ‌the‌‌forelimbs‌‌of‌‌their‌‌ancestors.‌‌In‌‌both‌‌c ases,‌
what‌‌are‌‌these‌‌s cientists‌‌s tudying?‌
a)‌‌the‌‌biodiversity‌‌of‌‌these‌‌animals‌
b)‌‌the‌‌s pecies‌‌diversity‌‌of‌‌these‌‌animals‌
c)‌‌the‌‌nomenclature‌‌of‌‌these‌‌animals‌
d)‌‌the‌‌taxonomy‌‌of‌‌these‌‌animals‌
e)‌‌the‌‌m orphology‌‌of‌‌these‌‌animals‌
7.‌‌Which‌‌would‌‌least‌‌likely‌‌be‌‌used‌‌to‌‌determine‌‌how‌‌c losely‌‌two‌‌organisms‌‌are‌‌related?‌
a)‌‌anatomical‌‌evidence‌‌using‌‌fossils‌
b)‌‌developing‌‌s cientific‌‌m odels‌‌using‌‌biodiversity‌‌data‌
c)‌‌anatomical‌‌evidence‌‌from‌‌living‌‌s pecies‌
d)‌‌physiological‌‌evidence,‌‌s uch‌‌as‌‌protein‌‌s tructure‌
e)‌‌DNA‌‌evidence‌‌from‌‌living‌‌or‌‌dead‌‌organisms‌
8.‌‌The‌‌name‌‌of‌‌this‌‌taxonomic‌‌tool‌‌used‌‌to‌‌narrow‌‌down‌‌the‌‌identity‌‌of‌‌an‌‌organism‌ ‌c omes‌‌from‌‌two‌‌G reek‌
words‌‌that‌‌together‌‌m ean‌‌“divided‌‌in‌‌two‌‌parts.”‌
a)‌‌dichotomous‌ ‌b)‌‌binomial‌‌nomenclature‌ ‌c )‌‌biological‌‌s pecies‌ ‌d)‌‌phylogenetic‌‌s pecies‌ ‌e)‌‌bilateral‌
symmetry‌
9.‌‌Which‌‌s tatement‌‌about‌‌s pecies‌‌diversity‌‌is‌‌false?‌
a)‌‌Species‌‌diversity‌‌is‌‌the‌‌v ariety‌‌and‌‌abundance‌‌of‌‌s pecies‌‌in‌‌a‌‌given‌‌area.‌
b)‌‌Ecosystems‌‌with‌‌high‌‌s pecies‌‌diversity‌‌have‌‌less‌‌resilience‌‌to‌‌disease‌‌or‌‌harsh‌ ‌environmental‌‌c onditions‌
than‌‌ecosystems‌‌with‌‌low‌‌s pecies‌‌diversity.‌
c)‌‌Pollution‌‌and‌‌c limate‌‌c hange‌‌are‌‌possible‌‌threats‌‌to‌‌s pecies‌‌diversity.‌
d)‌‌The‌‌introduction‌‌of‌‌a‌‌non-native‌‌s pecies‌‌to‌‌an‌‌ecosystem‌‌c an‌‌lead‌‌to‌‌a‌‌decrease‌‌in‌ ‌s pecies‌‌diversity.‌
e)‌‌Carolinian‌‌Canada‌‌is‌‌an‌‌ecosystem‌‌that‌‌has‌‌high‌‌s pecies‌‌diversity.‌
10.‌‌Which‌‌type‌‌of‌‌diversity‌‌describes‌‌the‌‌v ariety‌‌of‌‌internal‌‌and‌‌external‌‌forms‌‌in‌‌living‌‌organisms?‌
a)‌‌ecosystem‌
b)‌‌s tructural‌
c)‌‌genetic‌
d)‌‌s pecies‌
e)‌‌biological‌
‌
SECTION‌‌2:‌‌Thinking/Inquiry‌‌–‌‌Labeling‌‌(Question‌‌11)‌‌ ‌
11.‌B
‌ ased‌o
‌ n‌t‌ he‌p
‌ artial‌k‌ ey‌b
‌ elow,‌p
‌ redict‌t‌ he‌o
‌ rder‌o
‌ f‌t‌ he‌m
‌ ammal‌s‌ hown‌b
‌ elow‌a‌ nd‌i‌dentify‌ t‌ he‌‌
steps‌y‌ ou‌u
‌ sed‌i‌n‌t‌ his‌k‌ ey‌b
‌ y‌c‌ ircling‌i‌t‌t‌ o‌a‌ rrive‌a‌ t‌y‌ our‌d
‌ ecision.‌[‌ T/I,‌4
‌ ]‌‌ ‌
‌
‌
The‌‌order‌‌of‌‌this‌‌mammal‌‌is:‌‌_____________________________‌ ‌
‌
‌
‌
‌
‌
‌
‌
‌
SECTION‌‌3:‌‌T/I,‌‌App‌‌&‌‌Com‌‌–‌‌Short‌‌Answer‌‌(‌ Q’s‌‌12‌‌–‌‌18)‌‌ ‌
‌
12.‌[‌ T/I,‌5
‌ ]‌‌The‌T‌ rans-Canada‌H
‌ ighway‌r‌ uns‌t‌ hrough‌B
‌ anff‌N
‌ ational‌P
‌ ark‌i‌n‌A
‌ lberta.‌T‌ he‌h
‌ ighway‌ s‌ plits‌t‌ he‌‌
park‌i‌nto‌t‌ wo‌s‌ eparate‌a‌ reas,‌f‌ ragmenting‌t‌ he‌h
‌ abitat‌o
‌ f‌t‌ he‌b
‌ ears‌t‌ hat‌l‌ive‌i‌n‌ t‌ he‌p
‌ ark:‌g‌ rizzly‌b
‌ ears‌(‌ U
‌ rsus‌‌
arctos‌)‌a‌ nd‌b
‌ lack‌b
‌ ears‌(‌ U
‌ rsus‌a
‌ mericanus‌).‌A
‌ s‌w
‌ ell,‌f‌ ences‌ h
‌ ave‌b
‌ een‌c‌ onstructed‌o
‌ n‌e‌ ither‌s‌ ide‌o
‌ f‌t‌ he‌‌
highway‌t‌ o‌p
‌ rotect‌w
‌ ildlife‌f‌ rom‌m
‌ otor‌ v‌ ehicles.‌H
‌ owever,‌a‌ ‌v‌ ariety‌o
‌ f‌w
‌ ildlife‌c‌ rossing‌s‌ tructures‌(‌ overpasses‌‌
and‌u
‌ nderpasses)‌ h
‌ ave‌b
‌ een‌c‌ onstructed‌t‌ o‌t‌ ry‌t‌ o‌r‌ educe‌t‌ he‌i‌mpact‌o
‌ f‌f‌ ragmenting‌t‌ he‌b
‌ ears’‌h
‌ abitat.‌ ‌ ‌
‌
a‌)‌‌Identify‌‌the‌‌level‌‌of‌‌biodiversity‌‌that‌‌is‌‌m ost‌‌affected‌‌by‌‌the‌‌c ombination‌‌of‌‌a‌‌m ajor‌‌highway‌‌and‌‌fences.‌‌ ‌
Explain‌y‌ our‌r‌ easoning.‌ ‌
‌
‌
‌
‌
‌
‌
‌
b)‌I‌nfer‌h
‌ ow‌t‌ he‌w
‌ ildlife‌c‌ rossing‌s‌ tructures‌h
‌ elp‌r‌ educe‌t‌ he‌i‌mpact‌o
‌ f‌f‌ ragmentation‌o
‌ n‌t‌ hese‌a‌ nimals.‌‌ ‌
Explain‌y‌ our‌r‌ easoning.‌ ‌
‌
‌
‌
‌
‌
‌
13.a)‌P
‌ ut‌t‌ hese‌L‌ atin‌n
‌ ames‌i‌n‌o
‌ rder‌f‌ rom‌m
‌ ost‌g‌ eneral‌t‌ o‌m
‌ ost‌s‌ pecific:‌[‌ T/I,‌4
‌ ]‌‌ ‌
order‌–‌ —‌P
‌ erciformes‌(‌ a)‌‌
class‌–‌ —‌A
‌ ctinopterygii‌(‌ b)‌‌ kingdom‌–‌ —‌A
‌ nimalia‌(‌ c)‌‌ ‌
phylum‌–‌ —‌C
‌ hordata‌(‌ d)‌‌
species‌–‌ —‌t‌ ridigitatus‌(‌ e)‌‌ family‌–‌ —‌D
‌ actyloscopidae‌(‌ f)‌‌ ‌
genus‌–‌ —‌D
‌ actyloscopus‌(‌ g)‌ ‌
‌
‌
‌
‌
‌
‌
b)The‌o
‌ rganism‌y‌ ou‌h
‌ ave‌c‌ lassified‌i‌s‌a‌ ‌f‌ ish‌c‌ alled‌a‌ ‌s‌ and‌s‌ targazer.‌W
‌ hat‌i‌s‌i‌ts‌s‌ cientific‌ n
‌ ame?‌ ‌
‌
‌
‌
1‌4.‌P
‌ ollination‌i‌s‌a‌ n‌e‌ ssential‌p
‌ art‌o
‌ f‌a‌ ‌h
‌ ealthy‌e‌ cosystem.‌A
‌ ‌p
‌ henomenon‌c‌ alled‌“‌ colony‌ c‌ ollapse‌d
‌ isorder”‌h
‌ as‌‌
led‌t‌ o‌t‌ he‌d
‌ isappearance‌o
‌ f‌m
‌ illions‌o
‌ f‌a‌ dult‌b
‌ ees‌a‌ nd‌b
‌ eehives‌ a‌ round‌t‌ he‌w
‌ orld.‌P
‌ redict‌t‌ he‌i‌mpact‌o
‌ f‌t‌ he‌‌
disappearance‌o
‌ f‌b
‌ ees‌o
‌ r‌o
‌ ther‌p
‌ ollinators‌ o
‌ n‌t‌ he‌o
‌ rganisms‌t‌ hat‌d
‌ epend‌o
‌ n‌t‌ his‌e‌ cosystem‌s‌ ervice.‌E‌ xplain‌‌
your‌r‌ easoning.‌‌[T/I,‌5
‌ ]‌ ‌
‌
‌
‌
‌
‌
‌
‌
‌
‌
‌
15.‌D
‌ raw‌a‌ ‌p
‌ hylogenetic‌t‌ ree‌t‌ hat‌s‌ hows‌t‌ he‌f‌ ollowing‌s‌ cenario.‌B
‌ acteria‌a‌ nd‌A
‌ rchaea‌ d
‌ iverged‌f‌ rom‌a‌ ‌
common‌a‌ ncestor‌r‌ elatively‌s‌ oon‌a‌ fter‌l‌ife‌b
‌ egan‌o
‌ n‌E‌ arth.‌L‌ ater,‌ E‌ ukarya‌s‌ plit‌o
‌ ff‌f‌ rom‌t‌ he‌a‌ rchaeal‌‌
line,‌i‌mplying‌t‌ hat‌E‌ ukarya‌a‌ re‌m
‌ ore‌c‌ losely‌r‌ elated‌ t‌ o‌A
‌ rchaea‌t‌ han‌t‌ o‌B
‌ acteria.‌[‌ C,‌4
‌ ]‌ ‌
‌
‌
‌
‌
‌
‌
16.‌W
‌ rite‌a‌ t‌l‌east‌3
‌ ‌d
‌ ifferences‌a‌ nd‌2
‌ ‌s‌ imilarities‌b
‌ etween‌p
‌ rokaryotic‌a‌ nd‌e‌ ukaryotic‌c‌ ells‌i‌n‌t‌ he‌d
‌ iagram‌b
‌ elow.‌‌
[C,‌5
‌ ]‌‌ ‌
‌Prokaryotic‌
‌Eukaryotic‌
17.‌T‌ igers‌a‌ nd‌z‌ ebras‌a‌ re‌b
‌ oth‌m
‌ ammals‌w
‌ ith‌s‌ triped‌f‌ ur‌c‌ oats.‌[‌ A,‌5
‌ ]‌‌ ‌
a)‌W
‌ hy‌i‌s‌t‌ his‌c‌ haracteristic‌n
‌ ot‌u
‌ seful‌i‌n‌d
‌ etermining‌t‌ he‌c‌ loseness‌o
‌ f‌t‌ heir‌ e‌ volutionary‌r‌ elationship?‌‌ ‌
‌
‌
‌
‌
‌
‌
‌
‌
‌
b)‌S‌ tate‌t‌ wo‌o
‌ ther‌p
‌ ieces‌o
‌ f‌e‌ vidence‌t‌ hat‌w
‌ ould‌b
‌ e‌b
‌ etter‌f‌ or‌e‌ stablishing‌t‌ he‌r‌ elationship‌a‌ mong‌s‌ pecies.‌ ‌
‌
‌
‌
‌
‌
‌
‌
‌
‌
‌
18.‌M
‌ ost‌m
‌ ine‌w
‌ astewater‌i‌s‌c‌ ontaminated‌w
‌ ith‌h
‌ eavy‌m
‌ etals‌a‌ nd,‌d
‌ ue‌t‌ o‌t‌ he‌p
‌ resence‌o
‌ f‌ s‌ ulfur‌i‌n‌t‌ he‌m
‌ ined‌‌
rock,‌e‌ xtremely‌a‌ cidic.‌B
‌ ased‌o
‌ n‌t‌ his‌i‌nformation,‌p
‌ redict‌t‌ he‌t‌ ype‌o
‌ f‌ o
‌ rganisms‌t‌ hat‌c‌ ould‌s‌ urvive‌i‌n‌t‌ his‌‌
environment,‌a‌ nd‌p
‌ redict‌t‌ he‌k‌ ingdom‌t‌ hat‌t‌ hey‌a‌ re‌l‌ikely‌c‌ lassified‌i‌n.‌ E‌ xplain‌y‌ our‌r‌ easoning.‌‌[A,‌5
‌ ]‌ ‌
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