DO NOW Geometry Regents Lomac Date. due. Complex Congruence Proofs. My reason will be: Complete each statement below:
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1 DO NOW Geometry Regents Lomac Date. due. Complex Congruence Proofs (DN) Write did #1 on your do now sheet and complete problem number 1 below. (#1 includes the rest of this page.) Name Per LO: I know the basics for proof and can use congruent triangles to prove other relationships including relationships in quadrilaterals. (1) Congruent Triangle Shortcuts If I see: My reason will be: Complete each statement below:
2 (2) First, draw it, then make a conclusion (a) I know that... because... BL bisects AS at point T It is given (b) I know that... because... BL bisects ABS It is given (c) I know that... because... Alternate interior angles ABC and BCD are congruent It is given
3 (3) transparen cies and dry erase markers Triangles and Quadrilaterals (1) Use a compass and straightedge OR tracing paper/plastic to make quadrilaterals A parallelogram is a 4 sided shape with opposite sides parallel. Why do we get a parallelogram when we rotate any triangle around the midpoint of one of its sides? A rectangle is a 4 sided shape with 4 right angles. Why do we get a rectangle when we rotate a right triangle around the midpoint of its hypotenuse? A rhombus is a 4 sided shape with 4 equal sides. Why do we get a parallelogram if we rotate an isosceles triangle around the midpoint of its base? A square is a 4 sided shape with 4 equal sides and 4 right angles. Why do we get a square when we rotate an isosceles right triangle around the midpoint of its hypotenuse? A kite is a 4 sided shape with 2 pairs of adjacent sides that are congruent. Why do we get a kite when we reflect any triangle across its longest side? A trapezoid is a 4 sided shape with at least one pair of parallel opposite sides. Why can t the trapezoid at left be made by rotating or reflecting a triangle?
4 (4) Quadrilateral Proofs (a) Use the definition of a parallelogram to prove that opposite sides are congruent. (Use one or more of the following: add one diagonal to the diagram, congruent alt. int. angles, congruent triangles, s have corresp. parts.) (b) Use the definition of a parallelogram and the information you proved in #4a to prove that the diagonals bisect each other. (Use one or more of the following: congruent alt. int. angles, congruent opposite sides, vertical angles, congruent triangles, s have corresp. parts, the fact that having 2 equal pieces of a segment means that the segment was bisected.)
5 (5) Quadrilateral Proofs (a) Use the definition of a rectangle to prove that it is a parallelogram. (Use one or more of the following: lines are parallel when the sum of the same side interior angles is 180. (b) Use the definition of a rectangle and anything you have proven so far to prove that the diagonals are congruent. (Use one or more of the following: right angles, congruent opp. sides, reflexive prop, s have corresp. parts.)
6 (6) Quadrilateral Proofs (a) Use the definition of a rhombus to prove that it is a parallelogram. (Use one or more of the following: congruent sides, add a diagonal, congruent triangles, s have corresp. parts, congruent alt. int. angles with parallel lines.) (b) Use the definition of a rhombus to prove that the diagonals are perpendicular. (Use one or more of the following: add both diagonals, congruent sides, congruent triangles, s have corresp. parts, sum of the angles around a point is 360.)
7 (7) Quadrilateral Proofs (a) Use the definition of isosceles trapezoid to prove that its base angles are congruent. (Use 2 altitudes to make a rectangle and 2 right triangles, show the triangles are congruent, use congruent parts.) (b) Use the information from #7 to prove that the diagonals are congruent. (Use congruent parts and overlapping triangles.)
8 (8) Complex Proofs (1) Given AB BC, DC BC, DB bisects ABC, AC bisects DCB, EB EC Prove: BEA CED Choose which to use SAS ASA SSS AAS HL
9 (9) Complex Proofs Given BF AC, CE AB, AE AF Prove: ACE ABF Reflexive gives me
10 (10) HW Complex Proofs Given XJ YK, PX PY, ZXJ ZYK Prove: JY KX Reflexive Segment addition Linear pair sub of = values parts inverse opp.
11 (11) Complex Proofs Given JK JL, JK XY Prove: XY XL Sub of = values Isos. thrm Alt int, corresp, alt ext, etc...
12 (12) Complex Proofs Given: 1 2, 3 4 Prove: AC BD Reflexive angle addition Linear pair sums of = s are= parts inverse opp. Sub of = values
13 (13) HW Complex Proofs Given: 1 2, 3 4, AB AC Prove: 5 6 by first proving ABD ACD and then AXD AYD Reflexive angle addition parts Choose which to use SAS ASA SSS AAS HL
14 (14) Complex Proofs CHALLENGE Given: RX is the perpendicular bisector of AB, RY is the perpendicular bisector of AC, YR XR. Prove: RA RB RC by first proving that RAX RAY Prove s x3 reflexive parts
15 (15) Complex Proofs Given: Square ABCS Square EFGS, RAB, REF Prove: ASR ESR Square qualities reflexive Sub of = values
16 (16) Complex Proofs Given: JK JL, JX JY Prove: KX LY Isos. thrm. Reflexive Linear pair parts
17 (17) Complex Proofs Given: AD DR, AB BR, AD AB Prove: DCR BCR Reflexive parts gives me
18 (18) Complex Proofs CHALLENGE Given: AR AS, BR CS, RX AB, SY AC Prove: BX CY Isos. thrm. Linear pair parts gives me Sub of = values Inverse opp.
19 (19) Complex Proofs CHALLENGE Given: AX BX, AMB = AYZ = 90 Isos. thrm. Linear pair parts segment addition Sub of = values Inverse opp. vertical Prove: NY NM Choose which to use SAS ASA SSS AAS HL
20 (20) Complex Proofs CHALLENGE If BE CE, DC AB, BE AC, then AE RE. Isos. thrm. Linear pair parts gives me Sub of = values Inverse opp. Triangle sum
21 (21) Exit Ticket Use the definition of a kite (a quadrilateral with 2 pairs of consecutive = sides) to prove that diagonal MP bisects NPQ. (22) Homework First, draw it, then make a conclusion (a) I know that... because... AD ER at point D It is given (b) I know that... because... MN bisects AND It is given
22 (23) Homework First, draw it, then make a conclusion (c) I know that... because... T is the midpoint of QY It is given (d) I know that... because... OR and WA intersect at P It is given (e) I know that... because... BOY and TOY are both 90 It is given
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