Home
Class 11
MATHS
Let a,b and c be the three sides of a tr...

Let a,b and c be the three sides of a triangle. Suppose a and b are the roots of the equation `x^2-(c+4)x+4(c+2)=0` and the largest angle of the triangle is

Promotional Banner

Similar Questions

Explore conceptually related problems

Let a, b and c be the three sides of a triangle, then prove that the equation b^2x^2+(b^2+c^2-a^2)x+c^2=0 has imaginary roots.

Let a, b and c be the three sides of a triangle, then prove that the equation b^2x^2+(b^2+c^2-alpha^2)x+c^2=0 has imaginary roots.

Let a, b, c be the sides of a triangle . No two of them are equal and λ∈R . If the roots of the equation x ^2+2(a+b+c)x+3λ(ab+bc+ca)=0 are real, then

Let a,b and c be the three sides of a triangle, then prove that the equation b^(2)x^(2)+(b^(2)=c^(2)-alpha^(2))x+c^(2)=0 has imaginary roots.

Let a , ba n dc be the three sides of a triangle, then prove that the equation b^2x^2+(b^2=c^2-alpha^2)x+c^2=0 has imaginary roots.

Let a , ba n dc be the three sides of a triangle, then prove that the equation b^2x^2+(b^2=c^2-alpha^2)x+c^2=0 has imaginary roots.

Let a,b,c be the sides of a triangle. No two of them are equal and lambda in R If the roots of the equation x^2+2(a+b+c)x+3lambda(ab+bc+ca)=0 are real, then

Let a,b,c be the sides fo a triangle where anebnec and lamdainR ,if roots of the equation x^2+2(a+b+c)x+3lamda(ab+bc+ca) =0 are real, then

In a triangle ABC the sides b and c are the roots of the equation x^2-61x+820=0 and A=tan^-1(4/3) then a^2+3 is equal to

In a triangle ABC the sides b and c are the roots of the equation x^2-61x+820=0 and A=tan^-1(4/3) then a^2+3 is equal to