A quadrilateral MIST where MI -3-5 cm - IS -6-5 cm- Angle M -75- Angle I -105- and Angle S -120- can exist-A- TrueB- False

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Byju's Answer

Standard VIII

Mathematics

Sum of Exterior Angles of a Polygon

A quadrilater...

Question

A quadrilateral MIST where MI = 3.5 cm, IS = 6.5 cm, Angle M = $75^{\circ}$ , Angle I = $105^{\circ}$ and Angle S = $120^{\circ}$ can exist.

True

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False

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Solution

The correct option is A
True

The 3 angles of the given quadrilateral have a sum less than $360^{\circ}$ . Hence the quadrilateral is valid.

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Similar questions

Construct a quadrilateral MIST where MI = 3.5 cm, IS = 6.5 cm, Angle M = $75^{\circ}$ , Angle I = $105^{\circ}$ and Angle S = $120^{\circ}$ .

In a quadrilateral MIST, MI = 3.5 cm, IS = 6.5 cm, Angle M = $75^{\circ}$ , Angle I = $105^{\circ}$ and Angle S = $120^{\circ}$ . Which line segment should be drawn first?

In a quadrilateral MIST where MI = 3.5 cm, IS = 6.5 cm, $∠$ M = $75^{\circ}$ , $∠$ I = $105^{\circ}$ and $∠$ S = $120^{\circ}$ . Which line segment should be drawn first?

In a quadrilateral MIST, MI = 3.5 cm, IS = 6.5 cm, $∠ M$ = $75^{\circ}$ , $∠ I$ = $105^{\circ}$ and $∠ S$ = $120^{\circ}$ . Which of the given ine segments could be drawn first to construct the quadrilateral ?

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A quadrilateral MIST where MI = 3.5 cm, IS = 6.5 cm, Angle M = 75∘, Angle I = 105∘ and Angle S = 120∘ can exist.

The correct option is A True The 3 angles of the given quadrilateral have a sum less than 360∘. Hence the quadrilateral is valid.

A quadrilateral MIST where MI = 3.5 cm, IS = 6.5 cm, Angle M = $75^{\circ}$ , Angle I = $105^{\circ}$ and Angle S = $120^{\circ}$ can exist.

The correct option is A
True

The 3 angles of the given quadrilateral have a sum less than $360^{\circ}$ . Hence the quadrilateral is valid.