082,375, 33%, 40.5
5.34
the students in mr. woods' shop class
measure several boards and record the
lengths in a table as shown.
mr. duncan creates a pop quiz
students. on the quiz, studen
the following numbers from le
board lengths
board
number
1
2
length
(inches)
13
5, -1.15, 14,
which list shows the correct
question on mr. duncan's qu
© -1.15, -78, 12. 2. 14
@ -1.15, -v8, v14, 12,
® -v8, -1.15, 5, v14
14
3
1
13
© -v8, -1.15, 122,
4
5
i
i
13 7 /
132
5
which list shows the lengths of the boards in
order from greatest to least?
the circumferences of
shown.
160
7
hlt
which shows the cir
longest to shortest?
m100
® 14, 133, 132, 133, 134
@ 14, 13, 133, 134, 13
® 14, 133, 133, 134, 13%
14 133 122 123 121
@ 160, 67, 20.2,
® 67, 160, 71, 2

In δabc shown below, ∠bac is congruent to ∠bca: triangle abc, where angles a and c are congruent given: base ∠bac and ∠acb are congruent. prove: δabc is an isosceles triangle. when completed (fill in the blanks), the following paragraph proves that line segment ab is congruent to line segment bc making δabc an isosceles triangle. (4 points) construct a perpendicular bisector from point b to line segment ac . label the point of intersection between this perpendicular bisector and line segment ac as point d: m∠bda and m∠bdc is 90° by the definition of a perpendicular bisector. ∠bda is congruent to ∠bdc by the definition of congruent angles. line segment ad is congruent to line segment dc by by the definition of a perpendicular bisector. δbad is congruent to δbcd by the line segment ab is congruent to line segment bc because consequently, δabc is isosceles by definition of an isosceles triangle. 1. corresponding parts of congruent triangles are congruent (cpctc) 2. the definition of a perpendicular bisector 1. the definition of a perpendicular bisector 2. the definition of congruent angles 1. the definition of congruent angles 2. the definition of a perpendicular bisector 1. angle-side-angle (asa) postulate 2. corresponding parts of congruent triangles are congruent (cpctc)

Harry and jay are both flying on the same plane with an airline that randomly assigns seats to passengers. of the 182 total seats on the plane, 62 are window seats, 58 are middle seats, and the rest are aisle seats. what is the approximate probability that both harry and jay will be assigned aisle seats on the same plane? a. 11.48% b. 3.3% c. 2.08% d. 26.26%

Will give a: 122 b: 90 c: 48 d: 180