from X to GH. 17. What is the distance from M(9, 4) to N( 1, 2)? of A?geometry Review #1 for MP3 Exam A If MX 21.6, find LZ and MW.

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Nme te _ lss GJ. Find m JX dtnce Eplin ngles re similr. why. Foundtions for. from X G. continued PQR UTS 0. mesure twice mesure 7. Wht dtnce from M9 ) its complement.

1 Nme te _ lss GJ. Find m JX dtnce Eplin ngles re similr. why. Foundtions for. from X G. continued PQR UTS 0. mesure twice mesure 7. Wht dtnce from M9 ) its complement. Wht N ) Nme:_ mesure geometry Review # for MP Em onors 0 6 F 0 60 G 0 0 J line y ) perpendiculr 8. Given right tringle length 80 wht. m one leg equl 9 centimeters becr MN intersects MN t mesure supplement Nmelength te _ hypotenuse equl 6 9). Find n eqution MN in Nme te _ lss 6. MX.6 LZ MW. 80 ) 80 5 centimeters wht length point-slope form. Foundtions for 90 ) or leg Tringle ongruence continued continued F Wht length rectngle if 7. Eplin tringles perimeter why 88 length..find re inches rectngle re length G 7. hs 6 ). rejright ngles wht Us te _ lss. similr Find EY inches width meters. mmore meters width.thn E. 8). hs 5) dditionl congruence sttement would pro Epress your nswerin5 terms F in. in... etermine wher 9. Whttrnsformtion shown llow you prove by two segments re congruent. G in. J in. s re Giv SS.continued Wht height tringle n S postulte re 6.5 squre meters if bse 7. Find orthocenter. tringle 8.5 squre 5.5re meters 8.rw your o wn digrm nd SS Similrity solve problems. tringle. centimeters. bse tringle 8. ldder lening.5 m similrity 6 m centimeters ginst building. en use properties wht height dtnce from building. Eplin why re m 6tringles m botm ldder 7 feet. ldder similr Pro 5 feet long. ow high up building. circle hs n re 8 squre feet. Nme te _. re right ngles. ZX ZY ZW re perpendiculr d. p ldder Wht its rdius Pro becrs TUV. Find XT VU ZV. Prllel Perpendiculr Lines rottion trnsltion wht postulte or orem F 9 ft rdius circle 0.5 ft milr.. Find 9. justifies congruence sttement reflection imge continued inches. 00J 0.5 G 9 ft ft WXYZ rhombus. Wht m XYZ perty. m YZW perpendiculr one. Which 0. trnsversl 5. Given G G7 ) 0. tringle hs vertices sttement S 6) 5) 9. trnsformtion. F SS two prllel lines which.l ) wht re 7 ). fter trnsformtion NOT correct 8. Find perimeter. Gimge S L i tringlejhs vertices G. F ind E. F ll ngles formed re congruent. 5. Find. 6) 5) ).. right tringle leg lengths 0 ) 7 7) G Every pir ngles supplementry. G G ) trnsformtion. units hs be positioned in 8) ) 0 or line. 7 ). trnsversl F reflectionplne cross - S write coordinte. coordinte ges originl content re responsibility instrucr. J Every pir ngles complementry. pro. Whichcross set would. Given t y- G reflection 6. M RS. R hs Mcougl. Which possible vlue mke pro esier complete K JK M hs olt rottion. 5. 5). Wht re F K J trnsltion 0 ). S SS. 6. etermine M bects wher RS Rhs Δ ΔEF re G K 0 5. ) M hs rtio. originl content so write similrity Fsimilr. 5) 8 dditions Originl content opyright by olt Mcougl. chnges re responsibility instrucr. 5. EF Find S. similrity sttement. 95 /8/) 0:8: M olt 0 0 Mcougl G ) J 5 5) F y) 6. 0 ) 0 po orresponding sides re proportionl trnsformtion mps E on F G 6. Which following would you 6 on. preimge. 050 :6: PM 0_G_MER70_05FRT.indd 95 most useful in giving coordinte pro Use figure prtilly Originl content opyright by olt Mcougl. dditions chnges originl content re responsibility instrucr. Substitute for 6 for.5 for E. tht two tringles re congruent by SSS 6. Given p F tnce ul completed pro for Eerces olt Mcougl. G Midpoint ul ross Products Property S0_G_MER70_0MT.indd PT F p 050 :57: G pe

lding. feet de. s how 6 8. EF Foundtions G wht dditionlfor informtion 8 would llow you conclude tht EFG continued. prllelogrm 7. Which postulte or orem. Find similrity circle lets 8.

2 lding. feet de. s how 6 8. EF Foundtions G wht dditionlfor informtion 8 would llow you conclude tht EFG continued. prllelogrm 7. Which postulte or orem. Find similrity circle lets 8. you conclude tht JKL MNO dimeter 6 feet. Use. for. 9. Find sin cos s frction. Wht conclusion cn you mke bout Use Pythgoren orem ngle VW.. Find perimeter squre. 8. Use Pythgoren orem length hypotenuse. b c G EF 5. Find. Find re tringle. G G7 ) FG E 5 9).. SSS 9. Which NOT lwys true 0. ) re tringles 7) 8) 7) ersect t X.. Find circle ) E5 F ) squre rhombus. 9. trnsformtion. Epress your nswer in terms. congruent escribe trnsformtion tht 9. trnsformtion s reflection rectngle prllelogrm. 6. M RS supports your nswer. rottion or trnsltion. rhombus rectngle. Mhs 5). R 5 ). hs squre rectngle. 5. Find S.. ldwin S t. i n uendin N ew Z el rectngle.gpr Wht 0. PQRS b) Prove tht tringles F 6) G5 7)7 ) G 5 )6. steepest street in world. It hs vlue J -) K -5) L -) re congruent 5 8). grde 8%. To nerest degree wht using trnsformtion describe 6. ngle does ldwin St. mke trnsformtion support your nswer horizontl line 7. Use tnce ul M grs rmp hs 7% rde. rmp Mlong. hs F 6). ft. ind verticl dtnce tht segment re ) ). Rhs 0 6). rmp res. Round your nswer chnges originl content re responsibility instrucr. Find for ch Find S. nerest hundredths. 5 olt Mcougl imge fter trnsltion y) y ). te _ lss 5. highwy eit rmp hs slope /0. To nerest degree ngle tht rmp mkes horizontl line.. // :8:5 PM 0. tringle hs vertices t ) ) te _ lss ns chnges originl content re responsibility instrucr. 6.. fter trnsformtion 07 olt Mcougl 6. Wht dtnce nerest imge tringle hs vertices t Nme te _ whole number from K5 6) P ) ctngle ) 5) 6). Nme te 7. trnsformtion. Use d ) y y ). Tringle ongruence 6. Given LM MP L M P re 050 :0:07 PM Tringle ongruence colliner which following EST.. describes reltionship L M. trnsformtion 8. KLM P opyright by olt Mcougl. dditions chnges originl content re responsibility M: Originl content instrucr. units 8. KLM y)trnsformtion y)M: hs pplied. olt been Mcougl F LM MP y)polygon KLM. hd y) hspoint beenm pplied G M LP. )nme polygon KLM. point M hd wht imge ) M. nme r. M bects LP. S0_G_MER70_0FRT.indd 050 :56: *lso rite Similrity sttement w imge M. J ll bove reson. Is polygon. K5 ) L5 6) M7 6) 9. omple hich ngle hs cosine f 8. Use8. Wfigure for Eerces 7 o 5 congruent polygon ) P. Is polygon K5 ) L5N 6) M7 6) 5) re con 9. omple Q6 5) polygon N ) P 5) congruent e P ngles re con Originl content opyright by olt Mcougl. dditions chnges originlq6 content5) re responsibility instrucr. ngles he rdius 6 F G 6 S0_G_MER70_0FRT.indd 6 PMQ 7. describes 7. Which Which term best describes trnsformtion olt Mcougl Use figure for Eerces. Use figure for Eerces. Use fi 050 :56: Use fig

TWO:: Find P so tht P prtitions segment in rtio 5: if ) 8. Sketch th on your own) 9.

3 5. ) Given points ) 7 8) point P on directed line segment tht prtitions P. OOR:: in rtio. Plot 8. JKL MNO. similrity rtio JKL MNO 5. Wht length MN b). TWO:: Find P so tht P prtitions segment in rtio 5: if ) 8. Sketch th on your own) 9. etermine vlue. 6. TS PR. Wht length QS Wht informtion gurntees tht XY X 0 Y 5 X Y 0 X 5 Y 0 X Y 0

Given y-coordinte y-coordinte prllel segments perpendiculr segments y-coordinte -coordinte prllel plnes -coordinte y-coordinte. ow mny segments re skew E te _ lss F 6 G J 7 9 08 Use figure for Eerces.

4 . F ind scle fcr. Use figure for Eerces. lssify E. 6. FGJ stte 6. Wht type ) ngle ircle best nswer... Given: squre vertices 0 0 ) ). In coordinte pro wht informtion would be used prove if you do NOT F cute obtuse use dtnce formul G right S Ref ef P J stright -coordinte -coordinte skew segments RS QP wht vlue 7. Given y-coordinte y-coordinte prllel segments perpendiculr segments y-coordinte -coordinte prllel plnes -coordinte y-coordinte. ow mny segments re skew E te _ lss F 6 G J Use figure for Eerces.. Nme teuse _ lss figure for Eerces terls Originl content opyright by olt Mcougl. dditions chnges originl content re rhombus. Wht m XYZ 5. WXYZ Foundtions for 68 Section Quiz. Which re lternte eterior ngles 7. Wht first step in constructing hoose best nswer. 6 Nme te68_ lss S0_G_MER70_0MT.indd segment congruent KL Refer figure for Eerces Which informtion proves tht r s Mesure KL. Estimte KL.. Which sttement true F 6 rw line 5 F lternte interior. Which represents re nme ry ngles. J 5Swing 6 n rc G 5 stright compss endpoint whose K re corresponding tht psses ngles. G 9. m edge. point on K. through R 6 re lternte eterior ) loction cent ircle best nswer. m wht vlue ngles. 8. proves tht r s 8v Properties ttributes Tringles RK KS tringle which NNOT be perpendiculr 7 resme-side 60 interior.0 J becr 5. v. Wht 0 RK KT ngles. vertices F Wht vlue. In how completes mny different rys 5. digrm Which correctly sentence tringle G 8 two squre LN NP. 6. KLMN J 68 prllel 0. trnsversl perpendiculr one hve endpoint R lines re cut by trnsversl n two pirs sme-side interior F 0 0wht 6) 6 6) twongle prllel lines how mny different 9. n whose mesure 70 F type nglemesures ngle re formed G ) ) 0 6) F obtuse cute G J 8 ) 6) 8) right stright 7. ngles re _. G J supplementry complementry Refer figure for Eerces. corresponding J FGJ 8) ) 7 9) 0. GJ bects FG m congruent. Given: E m GJ 6). Wht F Which cn be proved E EF FG responsibility content.opyright by olt Mcougl. 6 chnges originlm Originl dditions content re instrucr. re 7. Which 9 olt Mcougl F F. Which correct 86 tringle orthocenter F KPN KQN congruence sttement Not here G 5 J 08.GWhich contins Δ points ΔEF S U PN line KM ) 5) 6 5). n ngle mesuring bected. Wht S0_G_MER70_0MT.indd 9 line m Δ line p ΔEF.Which eqution line tht mesure ngles 050 :08: 5)PM 5 tht re KQ line npn segment perpendiculr becr ST formed 5) 5 how n mny 5) n ). In digrm different J KP LN segmentscn be nmed F y F 0 ) ) 5) 5 5). Which ngle forms liner pir 8. midsegment MPS y hs ectly J y n 7. certin one cute G G kite J ngle itmesures XYZ 6. 5Wht. Wht m for Refer figure Eerces 6. mimum whole-number mesure tringle TUV. Which mesure NNOT determined

5 8. right ngle which postulte or orem used prove m n lt. Int. Thm. lines sme line lines re orr. Post. Vert. Thm. 9. Which line prllel y = + 5 y = + 7 y = + 0 y = + 5 y = Which line coincides y = + F y = y = + G y = + 8 J 8 y =

2) Three noncollinear points in Plane M. [A] A, D, E [B] A, B, E [C] A, B, D [D] A, E, H [E] A, H, M [F] H, A, B

2) Three noncollinear points in Plane M. [A] A, D, E [B] A, B, E [C] A, B, D [D] A, E, H [E] A, H, M [F] H, A, B Review Use the points nd lines in the digrm to identify the following. 1) Three colliner points in Plne M. [],, H [],, [],, [],, [],, M [] H,, M 2) Three noncolliner points in Plne M. [],, [],, [],, [],,