A single-lane street 10 ft wide goes through a semicircular tunnel with a radius of 9 ft. How high is the tunnel at the edge of each lane? PERFORMANCE TASK 5Direction: Analyze and solve the given situational problem. Show your complete solution.Use long coupon bond following the format below.Format:ProblemSolution and AnswerIllustration/Drawing withmeasurementLAST NAME, FIRST NAME, MDDLE NAMEGRADE AND SECTIONSituational Problem:A single-lane street 10 ft wide goes through a semicircular tunnel with radius 9 ft. Howhigh is the tunnel at the edge of each lane? Rubric:VerySatisfactoryNeedsCategoryExcellentSatisfactoryImprovementBelow 60% of100% of the80 -99% of the 60-79% of theContent-the solutionssolutions aresolutions aresolutions areАccuracy (20)are correctcorrect. (20)correct (17)correct (14)(11)Output isexceptionallyattractive inOutput isattractive inOutput isаcсeptablyattractiveOutput isdistractinglydesign, layout though it may messy and notattractive (9)Presentation ofterms ofOutput(15)terms ofdesign, layoutand neatnessbe a bit messy(11)and neatness(13)(15)Completeunderstandingof themathematicalSubstantialPartialLimitedunderstanding understanding understandingof themathematicalMathematicalof theof theContent/concepts isevident in themathematicalmathematicalReasoning (15concepts isapplied. (13)concepts isapplied. (11)concepts isapplied. (9)presentation.(15)

In this question, we are given that a road passes through a tunnel. The length of the road is 10 ft…

Answered: A single-lane street 10 ft wide goes…

A single-lane street 10 ft wide goes through a semicircular tunnel with a radius of 9 ft. How high is the tunnel at the edge of each lane?

Elementary Geometry for College Students

6th Edition

ISBN:9781285195698

Author:Daniel C. Alexander, Geralyn M. Koeberlein

Publisher:Daniel C. Alexander, Geralyn M. Koeberlein

Chapter8: Areas Of Polygons And Circles

Section8.CR: Review Exercises

Problem 40CR

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