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Statement - I : The statement that circu...

Statement - I : The statement that circumradius and inradius of a triangle are 12 and 8 respectively can not be correct.. Because : Statement - II : Circumradius `geq2` (inradius) A (b) B (c) C (d) D

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Statement - I : If two sides of a triangle are 4 and 5, then its area lies in (0, 10] Because : Statement - II : Area of a triangle =1/2a b\ s in C\ a n d\ s in C\ in (0,\ 1] A (b) B (c) C (d) D

Statement - I : In any triangle A B C , the minimum values of (r_1+r_2+r_3)/r is 9 Because : Statement - II : For any three number A MgeqG M A (b) B (c) C (d) D

If circumradius of triangle is 2, then the maximum value of (abc)/(a+b+c) is

In a triangle A B C , if a : b : c=4:5:6 , then ratio between its circumradius and inradius is (a) (16)/7 (b) (16)/9 (c) 7/(16) (d) (11)/7

Statement - I : Area of triangle having sides greater than 9 can be smaller than area of triangle having sides less than 3. Because : Statement - II : Sine of a angle of triangle can take any value in (0, 1] A (b) B (c) C (d) D

Consider a D E F , the pedal triangle of the A B C such that A-F-B\ a n d\ \ B-D-C are collinear. If H is the incentre of D E F and R_1,\ R_2,\ R_3 are the circumradii of the quadarilaterals A F H E ; B D H F\ a n d\ C E H D respectively, then prove that sumR_1=R+r where R is the circumradius and r is the inradius of A B Cdot

Consider a triangle ABC, where c,y,z are the length of perpendicular drawn from the vertices of the triangle to the opposite sides a,b, c respectively. Let the letters R,r S,Delta denote the circumradius, inradius semi-perimeter and area of the triangle respectively. The valur of (c sin B+b sin C)/(x)+ (a sin C +c sin A)/(y)+(b sin A+a sin B)/(z) is equal to

Statement 1 is True: Statement 2 is True; Statement 2 is a correct explanation for statement 1 Statement 1 is true, Statement 2 is true;2 Statement 2 not a correct explanation for statement 1. Statement 1 is true, statement 2 is false Statement 1 is false, statement 2 is true Statement I: If s intheta+cos e ctheta=2,\ t h e nsin^ntheta=cos e c^ntheta=2^n because Statement II: If \ a+b=2,\ a b=1, then a=b=1\ a. A b. \ B c. \ C d. D

Consider a triangle ABC, where c,y,z are the length of perpendicular drawn from the vertices of the triangle to the opposite sides a,b, c respectively. Let the letters R,r S,Delta denote the circumradius, inradius semi-perimeter and area of the triangle respectively. If (bx)/(c) +(cy)/(a)+(az)/(b) =(a^(2) +b^(2)+c ^(2))/(k), then the value of k is

For the reaction , A + 2B ___ C + 2D The correct statement is

ALLEN-SOLUTION AND PROPERTIES OF TRIANGLE-All Questions
  1. Statement - I : If two sides of a triangle are 4 and 5, then its ar...

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  2. Statement I perimeter of a regular pentagon inscribed in a circle with...

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  3. Statement - I : The statement that circumradius and inradius of a t...

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  4. Statement - I : In any triangle A B C , the minimum values of (r1+r2+r...

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  5. Statement - I : Area of triangle having sides greater than 9 can be ...

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  6. Let An be the area that is outside a n-sided regular polygon and insid...

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  7. If n=4\ then Bn is equal to : R^2((4-pi))/2 (b) (R^2(4-pisqrt(2)))/2 ...

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  8. (An)/(Bn) is equal to (theta=pi/n) (2theta-sin2theta)/(sin2theta-thet...

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  9. Prove that : 4\ R\ sin AsinB\ sin C=acosA+b\ cos B+c cosCdot

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  10. Prove that : acosB\ cos C+bcosCcosA+c\ cos AcosB=/R

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  11. If p1, p2, p3, be the altitudes of a triangle ABC from the vertices A,...

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  12. Prove that : (a b c)/scosA/2cosB/2cosC/2=

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  13. In a DeltaABC, if B=3C, prove that (i) cosC=sqrt(((b+c)/(4c)))" (i...

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  14. A B C is a triangle. D is the mid point of B Cdot If A D is perpendicu...

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  15. Let 1 lt m lt 3. ln a Delta ABC, if 2b= (m+1) a and cos A=1/2 sqrt(((m...

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  16. Prove that : 1/(r1)+1/(r2)+1/(r3)=1/r

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  17. Prove that r1+r2+r3-r=4R

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  18. If r(1), r(2) ,r(3) are the ex-radii of DeltaABC, then prove that (b...

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  19. Consider a D E F , the pedal triangle of the A B C such that A-F-B\ ...

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  20. D E F is the triangle formed by joining the points of contact of the i...

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