ej=-f------- · 2017. 5. 30. · quad 05) fill in each answer space with l\lways, sometimes or...

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Geometry - Spring 20 J J Period Date I Quad 01 Each of the following drawings describes the definition of a quadrilateral. The drawings are not to scale. Name the quadrilateral defined. Use each definition ONLY once. ii) Rectangle iii) RJlOmbus iv) Square v) Trapezoid vi) vii) Quad 02 b) o c) d) o e) o Quad 02) Fill in each answer space with or Never to make a true statement. a) A rhombus is A a parallelogram. b) A trapezoid is a parallelogram. c) A kite is A a quadrilateral. d) A parallelogram is <; a rectangle. e) A square is A a rhombus. I f) A rhombus is S a square. g) A rhombus is S a rectangle. h) A rhombus is A a parallelogram. i) A rhombus is N a kite. Quad 03) Fill in each of the following btanks with a word/phrase to complete the valid attribute. a) In a kite, the diagonals are -b.... (per b) In a kite, exactly two pairs of adjacent sides are :: ((:or-,cscu . c) In a kite, exactly one pair of opposite \.e.S is congruent. d) ]n a kite, exactly one pair of opposite is bisected by diagonal. e) ]n an isosceles trapezoid, exactly _{-:.w 0 pair(s) of adjacent angles are congruent. f) ]n an isosceles trapezoid, exactly tlt\(;- pair(s) of adjacent angles are supplementary. g) In a parallelogram, the diagonals \ Se. c...;.\ each other. h) In a parallelogram, the opposite angles are CDA SLut. n- i) In a parallelogram, both pairs of opposite sides are __ j) . In a rhombus, the 'diagonals are both.-h. and k) In a rhombus, both pairs of opposite angles are ;; and by diagonals. I) ]n a rectangle, opposite angles are ==:; fJu t'l.OV\ but NOT 'eo. $l>c:-te.,l by diagonals. m) ]n a square, diagonals are and..b- (0"- _ ""'Sf' H <._ n) Write you own: IN At-J I to\et

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  • ---,--~-.:....::ej=-f--------Geometry - Spring 20 J J Period Date

    IQuad 01 Each of the following drawings describes the definition of a quadrilateral. The drawings are not to scale. Name the quadrilateral defined. Use each definition ONLY once.

    ii) Rectangle

    iii) RJlOmbus

    iv) Square

    v) Trapezoid

    vi)

    vii)

    Quad 02

    b) o c) ~

    \SO~ I~

    d) o e) o \~

    Quad 02) Fill in each answer space with Always~Sometimes or Never to make a true statement. a) A rhombus is A a parallelogram. b) A trapezoid is ~ a parallelogram. c) A kite is A a quadrilateral. d) A parallelogram is

  • Quad 05) Fill in each answer space with l\lways, Sometimes or Never to make a true statement. 3) A qUZldrilateral with t\Vo sets of parallel sides is A :1 parallelogram. b) A parallelogram with adjacent angles supplementary is S a rectangle c) A quadrilateral with diagonals that are congruent and perpendicular is A a square. d) A quadrilateral with .1 diagonals, and (Jdjacent angles 110( congruent is S a kite. e) A quadrilateral with .1 diagonals, and adjacent angles supplementary is N a kite. D A parallelogram with opposite sides congruent is S a rhombus. g) A quadrilateral with opposite angles congruent is A a parallelogram. h) A quadrilateral with adjacent angles supplementary is A a parallelogram. i) A quadrilateral with any adiacent anl2les conQruent & supplementary is S rectanQle.

    (

    f:"'"'-J

    (2.J2f~·So)J

    CD G\\JaJ @'U£

    (J) .AJ?i:-~ \S ~ct--ar>5~ ~_' L tjP\,y t L(

    Quad06) Use two column proof to prove: If rectangle, then diagonals congruent. 'Sffi\~~

    B

    IJ~~-l

    Find the value of the variable for each quadrilateral shown below (j) PARL is parallelogram I~ b) RECT is rectangle c) TRAP is a trapezoid.

    ~ \DO't .... L'2.;::.)

  • -- -

    --

    Quad 07) Use flow proof to in v then rhombus.

    J F

    Given: ~':!.:-o.() [g~!~vJl U ':;:! ~ y.. )~)'.. ~

    Prove:6 \-h:rF t ~ Rh~iY' v,,:>

    Quad 08) Solve.

    a)

    \ L.~~ ILl ~30cm ",t..:?' -;. ~

    "

    tJ-l" ,,~~l.\ \-- ?::; \~ lb'2.-~: ~

    '? ::=c.\fb '?-\-~ -;. \@

    :\ \~~;;.~~

    yt.

    100'ni.-1 :/l ,. 41.".. y' Ib'2." i lJ. ., n=~(1III =-!-JmL 4= I00 (10; Ill£] =