- If `log(5c/a),log((3b)/(5c))`and `log(a/(3b))`are in AP, where a, b, c are in GP, then a, b, c are the lengths ofsides of(A) an isosceles triangle(B) an equilateral triangle(D) none of these(C) a scalene triangle

If log ((5c)/(a)) , log ((3b)/(5c)) and log ((a)/(3b)) are n an A.P., where a, b and c are in a GP, then a, b and c, are the lengths of sides of

If log( (2 b)/(3c)), log((4c)/(9a)) and log((8a)/(27b)) are in A.P. where a,b,c and are in G.P. then a,b,c are the length of sides of (A) a scelene triangle (B) anisocsceles tirangel (C) an equilateral triangle (D) none of these

If log( (2 b)/(3c)), log((4c)/(9a)) and log((8a)/(27b)) are in A.P. where a,b,c and are in G.P. then a,b,c are the length of sides of (A) a scelene triangle (B) anisocsceles tirangel (C) an equilateral triangle (D) none of these

If a, b,c are in G.P, then log a, log b, log c are:

If log a, log b, log c are in A.P. then a,b,c are

In an equilateral triangle A B C if A D_|_B C , then

Can an acute-angled triangled be a. and equilateral, b. an isosceles, and c. a scalene triangle ?

A triangle having all sides of different length is known as (a) scalene triangle (b) isosceles triangle (c) an equilateral triangle (d) an acute triangle

If log( a+c), log(c-a) , log ( a-2b+c) are in A.P., then :