In a $\Delta \;ABC,\;{\rm{if}}\;{r_1} = 2{r_2} = 3{r_3}$, then

JEE MATHEMATICS MCQ: PROPERTIES OF TRIANGLES

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In a

\Delta \;ABC,\;\mathrm{if}\;{r_1} = 2{r_2} = 3{r_3}

, then

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Correct option: B

\frac{a}{b} = \frac{5}{4}

Option B (

\frac{a}{b} = \frac{5}{4}

) is correct because by using the given relationship between the exradii and the formula for exradii, we can derive the relationship between sides a and b.

More Questions from PROPERTIES OF TRIANGLES

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{p_1},{p_2},{p_3}

are altitudes of a

\Delta \;ABC

drawn from the vertices

A,B,C

and

\Delta

the area of the triangle, then

p_1^{ - 2} + p_2^{ - 2} + p_3^{ - 2}

is equal to If the sides of the triangles are

5k,\;6k,\;5k

and radius of incircle is 6, the value of

k

is equal to In a

\Delta \,ABC

, if

a = \left( {b - c} \right)\sec \theta

, then

\frac{{2\,\sqrt {bc} }}{{b - c}}\,\,\sin \,\,\frac{A}{2} =

\Delta \;ABC,\frac{{b + c}}{a}

is equal to If

\Delta = {a^2} - {\left( {b - c} \right)^2}

, where

\Delta

is the area of

\Delta \;ABC

, then

\tan A

is equal to If

A

is the area and

2 s

is the sum of the sides of a triangle, then