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Name: ________________________________________ (Final Exam Review – End of Unit 7) 1 Final Exam Review – End of Unit 7 Unit 7: Quadrilaterals For Questions 1-9, Circle all capitalized terms that apply: 1. Consecutive angles of a rectangle are always CONGRUENT, COMPLEMENTARY and/or SUPPLEMENTARY. 2. The diagonals of a rectangle always are CONGRUENT, PERPENDICULAR, PARALLEL, BISECT EACH OTHER and/or BISECT THE VERTEX ANGLES. 3. The opposite sides of a rectangle are always CONGRUENT, PERPENDICULAR, and/or PARALLEL. 4. The consecutive sides of a rectangle are always CONGRUENT, PERPENDICULAR, and/or PARALLEL. 5. A rectangle will always have exactly ZERO pairs, ONE pair or TWO pairs of parallel sides. 6. A rectangle will always have exactly ZERO pairs, ONE pair or TWO pairs of congruent sides. 7. If a quadrilateral has no pairs of parallel sides, then it could be a KITE, TRAPEZOID, PARALLELOGRAM, RECTANGLE, and/or a RHOMBUS. 8. If a quadrilateral has exactly one pair of parallel sides, then it could be a KITE, TRAPEZOID, PARALLELOGRAM, RECTANGLE, and/or a RHOMBUS. 9. If a quadrilateral has exactly two pairs of parallel sides, then it could be a KITE, TRAPEZOID, PARALLELOGRAM, RECTANGLE, and/or a RHOMBUS. Unit 6: Right Triangle Trigonometry 10. The figure shown is a square. What is the area of the square? a. 32 square units b. 32 2 square units c. 64 square units d. 256 square units 11. In the diagram shown, a 18-foot ramp is attached to a platform. The ramp makes a 75˚ with the platform. What is the height of the platform? 12. Clayton is flying an airplane at an altitude of 1200 ft. She sees her house on the ground at a 60˚ angle of depression. What is Joanna’s horizontal distance from her house at this point? Unit 5: Similar Triangles 13. In the figure shown, ABD and CBD are isosceles triangles with a congruent vertex angle at D. Which theorem could be used to prove ABD CBD? a. HL c. SAS b. AAS d. SSS 14. A bird is flying in a straight line out of a window on the side of a 42 yard tall building toward the roof of a 46 yard tall building. A photographer takes a picture of the bird at point A. At that moment, how far is the bird from the roof? 15. A 96-foot-long support wire for a 15-foot tall post runs from the top corner of a building to a point on the ground, forming a straight line. The length of the wire from the top of the building to the top of the light post is 78 feet. How tall is the building? 16. Which are NOT valid conclusions that you can draw from this picture? a. ABC b. ABC ~ c. Slope of = slope of d. !" !" = !" !" e. !" !" = !" !" f. g. 8 75˚ 18 ? 1200 ft A B C D 46 42 3 28 A D B C E

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FinalExamReview–EndofUnit7Unit7:QuadrilateralsForQuestions1-9,Circleallcapitalizedtermsthatapply:

1. ConsecutiveanglesofarectanglearealwaysCONGRUENT,COMPLEMENTARYand/orSUPPLEMENTARY.2. ThediagonalsofarectanglealwaysareCONGRUENT,PERPENDICULAR,PARALLEL,BISECTEACHOTHERand/or

BISECTTHEVERTEXANGLES.3. TheoppositesidesofarectanglearealwaysCONGRUENT,PERPENDICULAR,and/orPARALLEL.4. TheconsecutivesidesofarectanglearealwaysCONGRUENT,PERPENDICULAR,and/orPARALLEL.5. ArectanglewillalwayshaveexactlyZEROpairs,ONEpairorTWOpairsofparallelsides.6. ArectanglewillalwayshaveexactlyZEROpairs,ONEpairorTWOpairsofcongruentsides.7. Ifaquadrilateralhasnopairsofparallelsides,thenitcouldbeaKITE,TRAPEZOID,PARALLELOGRAM,

RECTANGLE,and/oraRHOMBUS.8. Ifaquadrilateralhasexactlyonepairofparallelsides,thenitcouldbeaKITE,TRAPEZOID,PARALLELOGRAM,

RECTANGLE,and/oraRHOMBUS.9. Ifaquadrilateralhasexactlytwopairsofparallelsides,thenitcouldbeaKITE,TRAPEZOID,PARALLELOGRAM,

RECTANGLE,and/oraRHOMBUS.Unit6:RightTriangleTrigonometry10. Thefigureshownisasquare.

Whatistheareaofthesquare?

a. 32squareunitsb. 32 2squareunitsc. 64squareunitsd. 256 squareunits

11. Inthediagramshown,a18-footrampisattachedtoaplatform.Therampmakesa75˚withtheplatform.Whatistheheightoftheplatform?

12. Claytonisflyinganairplaneatanaltitudeof1200ft.Sheseesherhouseonthegroundata60˚angleofdepression.WhatisJoanna’shorizontaldistancefromherhouseatthispoint?

Unit5:SimilarTriangles13. Inthefigureshown,△ABDand

△CBDareisoscelestriangleswithacongruentvertexangleatD.Whichtheoremcouldbeusedtoprove△ABD ≅△CBD?

a. HLc.SASb. AASd.SSS

14. Abirdisflyinginastraightlineoutofawindowonthesideofa42yardtallbuildingtowardtheroofofa46yardtallbuilding.AphotographertakesapictureofthebirdatpointA.Atthatmoment,howfaristhebirdfromtheroof?

15. A96-foot-longsupportwirefora15-foottallpostrunsfromthetopcornerofabuildingtoapointontheground,formingastraightline.Thelengthofthewirefromthetopofthebuildingtothetopofthelightpostis78feet.Howtallisthebuilding?

16. WhichareNOTvalidconclusionsthatyoucandrawfromthispicture?

a. △ABC ≅△ 𝐷𝐵𝐸b. △ABC ~ △ 𝐷𝐵𝐸c. Slopeof𝐴𝐷 =slopeof𝐷𝐵d. !"

!"= !"

!"

e. !"!"= !"

!"

f. 𝐴𝐶 ≅ 𝐷𝐸g. 𝐷𝐵 ≅ 𝐸𝐵

8

75˚18 ?1200 ft

A

B

CD

4642

3

28

A DBC E

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Geometry:17. Whatisthenameofthereason

thatstates“On △ABC,𝑚∠𝐴𝐵𝐶 +𝑚∠𝐵𝐶𝐴 +𝑚∠𝐶𝐴𝐵 = 180˚.”a. CongruentSupplement

Theoremb. TriangleSumTheoremc. AngleAdditionPostulated. DefinitionofaMidpointe. DefinitionofCongruencef. SegmentAdditionPostulateg. AdditionPropertyof

Equalityh. CongruentComplement

18. Whichofthefollowingstatementsaretrue?a. Anisoscelestrianglecannot

havethreesidesthatarealldifferentlengths

b. Thebaseisbisectedbythealtitudeofanisoscelestriangle

c. Thealtitudeofanisoscelestriangledoesnotcreatetwocongruenttriangles

d. Anisoscelestrianglecanhavethreecongruentsides

e. Thevertexangleonanisoscelestriangleisbisectedbythealtitude

f. Thebaseanglesonanisoscelestrianglearenotcongruent

g. Onanisoscelestriangle,theperpendicularbisectorofthebaseisthealtitude

19. Whichofthefollowingaretrue?a. Twolinescanintersectat

exactlytwodistinctpointsb. Theintersectionofaplane

andalinecanhappenatexactlythreedistinctpoints

c. Twoplanescanhaveaninfinitenumberofintersectionpoints

d. Alineandaplanemayhavenopointsofintersection

e. Twoplanescanintersecteachotheratasinglepoint

f. Alinecanintersectaplaneatasinglepoint

g. Alinecanintersectaplaneataninfinitenumberofpoints

InversesandOtherFunctions:20. Giventhefunction𝑓 𝑥 = −4𝑥 + 36,writetheinversefunction.

21. Aregionaltrainpassesbyacertaintrainstationhalfwayalongitstripeachday.Thegraphmodelsthetraintravelingataconstantspeed.Whichequationbestrepresentsthegraph?

a. 𝑓 𝑥 = 𝑥 + 20 b. 𝑓 𝑥 = 20 − 𝑥 c. 𝑓 𝑥 = 𝑥 + 20d. 𝑓 𝑥 = 20𝑥

Quadratics:22. Writeafunctioninvertexform

thatrepresentsaparabolathatistranslated3unitstotheleftand5unitsupfromthefunction𝑓 𝑥 = 𝑥!.

23. Whataretherootsofthequadraticequation?

𝑦 = 3𝑥! + 𝑥 − 24

24. Whatistherangeofthefunctionrepresentedbythegraph?

25. AsmallrocketonalunaroutpostaroundJupiterwaslaunchedfroma45-meterplatform.Theheightofthe

rocketismodeledbythefunctionℎ 𝑡 = −5𝑡! + 40𝑡 + 45,where𝑡istimeinsecondsandℎ 𝑡 istheheightoftherocketinmeters.a. Whatwillbethevalueofℎ 𝑡 whentherockethitstheground?b. Findthetimewhentherockethitstheground,clearlyshowinghowyouusedtheequation.

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26. Howhasthisgraphbeentranslatedfromagraphofthefunction𝑓 𝑥 = 𝑥!?

27. Completethefactoredformofpolynomialshowninthegraphbelow.

𝑦 = (𝑥___________)(𝑥___________)

28. Whatarethesolution(s)tothesystemofequationsshown?

Polynomials:29. Simplifytheexpression.

7𝑥! − 9𝑥 + (−5𝑥! − 5𝑥! + 2)

30. Simplifytheexpression.3𝑥 − 15 !

31. Whatistheproductofthepolynomials?𝑥 + 4 and 2𝑥! − 3𝑥 − 7

32. UnderwhichoperationsarethesetofintegersNOTopen?a. Additionb. Subtractionc. Multiplicationd. Division

33. Inwhichsetsdoesthenumber−9NOTbelong?a. Rationalnumbersb. Integersc. WholeNumbersd. NaturalNumberse. IrrationalNumbersf. RealNumbersg. ImaginaryNumbers

FinalExamReview–EndofUnit7

ANSWERS1.CONGRUENT&SUPPLEMENTARY 2.CONGRUENT&BISECTEACHOTHER 3.CONGRUENT&PARALLEL4.PERPENDICULAR 5.TWOPAIRS 6.TWOPAIRS 7.KITE8.TRAPEZOID 9.PARALLELOGRAM,RECTANGLE&RHOMBUS10.c.64squareunits 11.4.7ft 12.692.8ft 13.c.SAS14.16yd 15.80ft 16.a,d,f,&g 17.b.TriangleSumThm18.a,b,d,e&g 19.c,d,f&g 20.𝑓 𝑥 = !

!!+ 9 21.d.𝑓 𝑥 = 20𝑥

22.𝑓 𝑥 = 𝑥 + 3 ! + 5 23.𝑥 = −3 𝑜𝑟 𝑥 = !! 24.𝑦 ≤ 9 25a.0m 25b.9sec

26.left3&down2units 27.𝑦 = (𝑥−3)(𝑥+2) 28. −3,−6 & (3, 0) 29.−5𝑥! + 2𝑥! − 9𝑥 + 230.9𝑥! − 90𝑥 + 225 31.2𝑥! + 5𝑥! − 19𝑥 − 28 32.a,b&c 33.c,d,e&g