[24] Is this population(the information in the screenshot) consistent with the expectations of the Hardy-Weinberg
AutoSave O OFF ~ 4 6 . 5 6 :Lab 6 Activity-Form-GeneticsQ . Search in DocumentHomeInsertDrawDesignLayoutReferencesMailingsReview ViewDeveloperShareCommentsArial12A” A”Aav ApAaBbCcDdEcAaBbCcDdEAaBbCc AaBbCclAaBbCcDdEeAaBb(AaBbCcDdEAaBbCcDdEePasteBIUabX x A LANo SpacingNormaHeading 1Heading 2Heading 3TitleSubtitleSubtle EmphStylesPaneClipboardFontParagraphStylesProcedure II – Part C – Bug Population changes when there isnot a rim-color breeding preference for bugs (genetic drift)Data Table – Enter your Final Bug CountsBB BugBb Bugbb BugCountCountCount992Percentage Tables – Enter the Final Bug percentagesTip: Bug Type Percentage = 100% x (Bug Type Count) / (Total Number of Bugs)BB BugBb Bugbb BugPercentagePercentagePercentage45%45%1%Tip: Blue Rimmed Baby Bug Percentage = BB Bug Percent + Bb Bug PercentBlue Rimmed BugYellow Rimmed BugPercentagePercentage90%10%Observations and Questions[23] Describe the bug population change results during this data run in terms of genotypes andphenotypes.16TableTon Science – All Rights ReservedPage 16 of 222912 wordsEnglish (United States)FocusE+90%
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