Math, asked by dipankarprakash99, 4 days ago

In the given figure ABCD is square . A line segment DE intersects the side BC at E and the diagonal AC at O such that COD = 100° , ADO = 50° and OEC = x° . Find the value of x​

Answers

Answered by joymerlin2531
0

Answer:

Correct option is B)

Since DX is a line segment, then

∠COD+∠COX=180 {Angle sum property}

⟹∠COX=180−105=75 −(1)

Since ABCD is a square and AC is a diagonal ,

therefore all the angles in a square is 90

each and AC bisects the angle in half. {property}

⟹∠ACB(∠OCX)=

2

90

=45

−(2)

In traingle COX

⟹∠OCX+∠COX+x=180, { sum of angles in a triangle is 180

)

⟹x=180−(45+75) {using eq 1 and 2}

⟹x=60

Answered by landgeprajyot17
0

Answer:

Correct option is B)

Since DX is a line segment, then

∠COD+∠COX=180 {Angle sum property}

⟹∠COX=180−105=75 −(1)

Since ABCD is a square and AC is a diagonal ,

therefore all the angles in a square is 90

each and AC bisects the angle in half. {property}

⟹∠ACB(∠OCX)=

2

90

=45

−(2)

In traingle COX

⟹∠OCX+∠COX+x=180, { sum of angles in a triangle is 180

)

⟹x=180−(45+75) {using eq 1 and 2}

⟹x=60

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SIMILAR QUESTIONS

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In the given figure, ABCD is a square and ∠PQR=90

o

. If PB=QC=DR, prove that QB=RC

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