In a binomial expansion `(x_y)^n` gretest term means numericaly greatest term and therefore greatest term in `(x-y)^n and (x+y)^n` are ame. I frth therm `t_r` be the greatest term in the expansion of `(x+y)^n` whose therms are all ositive, then `t_rget_(r+1) and t_rget_=(r-1)i.e. t_r/t_mge1 and t_r/t_(r-)ge1` ON the basis of above information answer the following question: Greatest term in the expansion of `(2+3x0^10, whern x= 3/5` is (A) `^10C_5(18/5)^5` (B) `^10C_6(18/5)^6` (C) `^10C_4(18/5)^4` (D) none of these

In a binomial expansion (x_y)^n gretest term means numericaly greatest term and therefore greatest term in (x-y)^n and (x+y)^n are ame. I frth therm t_r be the greatest term in the expansion of (x+y)^n whose therms are all ositive, then t_rget_(r+1) and t_rget_=(r-1)i.e. t_r/t_mge1 and t_r/t_(r-)ge1 On the basis of above information answer the following question:If rth term is the greatest term in the expansion f (2-3x0^10 then r= (A) 5 (B) 6 (C) 7 (D) none of these

In a binomial expansion (x_y)^n gretest term means numericaly greatest term and therefore greatest term in (x-y)^n and (x+y)^n are ame. I frth therm t_r be the greatest term in the expansion of (x+y)^n whose therms are all ositive, then t_rget_(r+1) and t_rget_=(r-1)i.e. t_r/t_mge1 and t_r/t_(r-)ge1 On the basis of above information answer the following question:The set al values of x for which thegreatest term in teh expnsionof (1+x)^30 may have the greatest coefficient is (A) (14/15, 15/14) (B) [15/16,16/15] (C) (15/16,16/15) (D) none of these

Find the greatest term in the expansion of (x+y)^18 when x=2, y=1 .

The greatest terms of the expansion (2x+5y)^(13) when x=10, y=2 is

The greatest terms of the expansion (2x+5y)^(13) when x=10,y=2 is

The numerically greatest term in the expansion (2x-3y)^(12) when x=1 and y=(5)/(2) is the

Find numerically the greatest term in the expansion of (3 - 5x)^(n), " when " x = (1)/(5)

The numerically greatest term in the expansion (5x-6y)^(14) when x=(2)/(5),y=(1)/(2) is