summer assignment template...this assignment is highly relevant to the student’s lives at the...
TRANSCRIPT
Final: 4/21/2020
Summer Assignment Template
Course Title: Honors Biology Teacher: Thomas Schlather PLC Content Area: Science- Biology Summer Assignment Description
Students research and interpret characteristics of various types of viruses.
Date Due
First week of school
Estimated Time for Completion
1.5 Hours
Tennessee Academic Standards/Approved Standards Supporting Reference (List standard(s) correlation to summer work)
Bio1.LS1.1
Rationale for Summer Assignment
The first standard on the pacing guide is LS1.1 – The characteristics of life and viruses. This interactive assignment will expose students to much of the requisite knowledge to achieve mastery in this standard where viruses are concerned. This assignment is highly relevant to the student’s lives at the moment, which I believe will drive a high level of student engagement and participation. The source of this assignment is the Howard Hughes Medical Institute Bio-interactive site. Links to this site are included in several Pearson supplemental resource sections.
Resources needed to complete Summer assignment
Internet access https://www.biointeractive.org/classroom-resources/virus-explorer Attached assignment sheet
How and when will this summer assignment be assessed and scored? Also, what grading category and what percentage will this summer assignment count in the student’s grade?
This assignment will be assessed as a classwork assignment. The Classwork category counts as 20% of the quarter grade. Content from assignment will be assessed on characteristics of viruses quiz, and on unit one characteristics of life test.
Additional Summer Assessments (If applicable - what grading category and what percentage will each additional summer assignment count in the student’s grade?)
Teacher Summer Contact Information
www.BioInteractive.org
PublishedSeptember2016
Page1of6
Student HandoutClick and Learn Virus Explorer
INTRODUCTIONThishandoutcomplementstheClickandLearn“VirusExplorer”developedinconjunctionwiththe2016documentary,Spillover:Zika,Ebola&Beyond(http://www.hhmi.org/biointeractive/virus-explorer).
PROCEDUREFollowtheinstructionsasyouproceedthroughtheClickandLearn,andanswerthequestionsinthespacesprovided.1.Let’sreview.Clickonthe“About”tabatthebottom.Readtheinformationandlistfour(4)waysinwhichvirusescandifferfromeachother.
2.Thisinteractiveusesseveralabbreviations.Fillinwhateachabbreviationstandsforinthetablebelow.
Abbreviation Description
nm
bp
ss
ds
3.Closethe“About”window,andlocatetheinexttoeachviralcharacteristictabacrossthetop.Clickontheseiconsandanswerthequestionsbelowassociatedwitheachviralcharacteristic.a. Envelope:Notallviruseshaveanenvelope.Ifavirushasthisouterlayer,explainhowitforms.
b. Structure:Whatdeterminestheshapeofthecapsid,orcore?
www.BioInteractive.org
PublishedSeptember2016
Page2of6
Student HandoutClick and Learn Virus Explorer
c. Host(s):Fromthevirus’perspective,whyisthehostimportant?
d. GenomeType:Viralgenomesmayvarybyfourcharacteristicsoftheirgeneticinformation.Whatarethey?
e. Transmission:Definetheterms“vector”and“zoonotic.”
f. Vaccine:Whatisoneadvantageofbeingvaccinatedagainstaparticularvirus?
4.VirusScavengerHunt:UsethehomepageoftheVirusExplorerandthevariousviralcharacteristictabsacrossthetoptoanswerthequestionsbelow.a. Whatisonedifferencebetweentherabiesvirusandtheinfluenzavirus?
b. Oftheninevirusesshown,whichistheonlyonethatinfectsplants?
c. Whatarethreecharacteristicsthatadenoviruses,T7virus,andpapillomaviruseshaveincommon?
d. Recently,Zikavirushasbeeninthenews.Treatmentofitisofparticularconcern.Why?
e. Whichtwovirusesinfectallthevertebratesincludedintheinteractive?
f. Oftheninevirusesshown,whichistheonlyonethatinfectsbacteria?
www.BioInteractive.org
PublishedSeptember2016
Page3of6
Student HandoutClick and Learn Virus Explorer
g. Listfourcharacteristicsthathumanimmunodeficiencyvirus(HIV)andEbolavirushaveincommon.(Bespecific.)
h. ListfourcharacteristicsthatHIVandEbolavirusdonotshare.(Bespecific.)
5.Locatethe+nexttoeachvirusname.Clickontheseiconsandanswerthequestionsbelowassociatedwithselectedviruses.a. Rabiesvirus:Peopleoftenassociaterabiesviruswithdogs.Whyisthisincomplete?
b. Influenzavirus:Influenzavirushasasegmentedgenome.Whyisthisanadvantageforthevirus?
c. HIV:HIVinfectsimmunecells.Whyisthisadisadvantagetotheinfectedperson?
d. HIV:WhereintheworldisHIVmostprevalent?
e. Adenovirus:Adenovirusescancausemanymildclinicalconditionsinhumans.Whatarethree?
f. Papillomavirus:Whatisthecommonnameforpapillomas?
www.BioInteractive.org
PublishedSeptember2016
Page4of6
Student HandoutClick and Learn Virus Explorer
g. Papillomavirus:Whatkindofsymptomsdosomehumanpapillomavirusescause?
h. Zikavirus:WhyisZikavirusofgreatconcerntopregnantwomen?
i. Tobaccomosaicvirus(TMV):Nameoneuniquecharacteristicofthetobaccomosaicvirus.
j. Ebolavirus:WhatanimalisassociatedwithEbolavirusoutbreaks?
www.BioInteractive.org
PublishedSeptember2016
Page5of6
Student HandoutClick and Learn Virus Explorer
EXTENSIONACTIVITY:SIZE,SCALE,ANDPROPORTION:HOWBIGISAVIRUSANYWAY?Instructions:Clickonthe“ShowRelativeSizesoftheViruses”tabatthebottomoftheinteractivehomepage.Answerthequestionsbelowinthespacesprovided.(Youwillneedacalculatorforsomeitems.)1.Usingthewhitescalebarprovided,approximatelyhowlong(tall)isTMV?2.WhatistheapproximatediameterofHIV?3.WhatistheapproximatediameterofZikavirus?4.So,howbigisananometer?StudythesampleproblemprovidedandthenanswerQuestions5–10,showingyourworkinthespaceprovidedforeach.
SampleProblemAnaveragesmallpaperclipmeasures3.0cminlength.Calculatethelengthofthepaperclipinmillimeters,micrometers,andnanometers.a. Millimeters(mm)? 30mmSincethereare10mminacentimeter,thecalculationiscompletedinthefollowingway:
3.0cmx10mm/1cm=30/1=30mmb. Micrometers(µm)?30,000µmSincethereare1000µminamillimeter,thecalculationiscompletedinthefollowingway: 30mmx1000µm/1mm=30,000µmc. Nanometers(nm)? 30,000,000nmSincethereare1000nminamicrometer(µm),thecalculationiscompletedinthefollowingway: 30,000µmx1000nm/1µm=30,000,000nmSo,asmallpaperclipmeasures3.0cminlength,oryoucansayitmeasures30,000,000nminlength!
5.Asinglegrainofsaltmeasures0.5mminwidth.a. Whatisthewidthinmicrometers(µm)?(Showyourwork.)
b. Innanometers(nm)?(Showyourwork.)
www.BioInteractive.org
PublishedSeptember2016
Page6of6
Student HandoutClick and Learn Virus Explorer
6.Theaveragehumanskincellmeasures30µmindiameter.a. Whatisthediameterinmillimeters(mm)?(Showyourwork.)
b. Innanometers(nm)?(Showyourwork.)
7.Ifyoulineduphumanskincellsside-by-side,howmanywouldfitalongthelengthofthepaperclipinthesampleproblemabove?Justifyyouranswerwithmath.
8.Usingyourresponsetoitem1above,ifyoulinedupTMVparticlesendtoend,howmanywouldfitalongthelengthofthesamepaperclip?Justifyyouranswerwithmath.
9.Usingyourresponsestoitem6,ifyoulinedupTMVparticlesendtoend,howmanywouldfitacrossthediameteroftheaveragehumanskincell?Justifyyouranswerwithmath.
10.Claim:Anindividualvirusdocksonthesurfaceofacell,infectsit,hijacksthecellularmachineryinside,andreplicatesitself,sometimesthousandsoftimes.Justification:Basedonwhatyoulearnedaboutsize,scale,andthecomponentpartsofavirus,justifywithscientificreasoninghowavirusisabletoaccomplishthis.