Which triangle congruence theorem could be used to show triangle 1 is congruent to triangle 2
2 answers:
Answer:
The correct option is II.
Step-by-step explanation:
According to SSS postulate two triangles are congruent if their all corresponding sides are congruent.
According to SAS postulate two triangles are congruent if their two corresponding sides and corresponding including angles are congruent.
According to ASA postulate two triangles are congruent if their two corresponding angles and corresponding including sides are congruent.
In triangle 1 and 2,
(Given)
(Given)
(Vertically opposite angles)
By SAS postulate,
Therefore option II is correct.
You might be interested in
The total amount of angles in quadrilateral is 360.so: z=360-(122+79+90) z=360-291 z=69
I believe that it would be 13, unless you were trying to make the 9 negative. Hope that helps.
Answer:
4.817+9.099+17.008=30.924
484.603-48.198=436.405
Estimation 5+9+17=31
485-48=437
Just round each decimal to the nearest whole number and add or subtract
<h2><u>ANSWER</u></h2><h3>UX+RX=W</h3><h3>LETS TAKE X COMMON</h3><h3>X(U+R)=W</h3><h3>X=W/(U+R)</h3>
Answer:
Triangles OAB,BOC,COD,DOA are isocele and right , are thus equals and have the same hypothenus . The quadrilater ABCD is a diamond (having 4 sides equals) and its diagonals perpendicular is thus a square.
Step-by-step explanation: