If a and b are the solutions of equation `log_5(log_(64)(|x|)-1/2+25^x)=2x` then

If x_(1) and x_(2) are solution of the equation log_(5)(log_(64)|x|+(25)^(x)-(1)/(2))=2x , then

If x_(1) and x_(2) are solution of the equation log_(5)(log_(64)|x|+(25)^(x)-(1)/(2))=2x , then

If x_(1) and x_(2) are solution of the equation log_(5)(log_(64)|x|+(25)^(x)-(1)/(2))=2x , then

If p and q are solutions of the equation 5^((log_(5)^(2) x))+x^(log_(5)x)=1250 then log_(q)p has the value equal to

If x_(1) and x_(2) are the solutions of the equation 5^((log_(5)x)^(2))+x^(log_(5)x)=1250, then x_(1)*x_(2) is equal to

The solution set of the equation x^(log_(x)(1-x)^(2))=9 is

If (x_1, y_1)&(x_2, y_2) are the solutions of the equaltions, (log)_(225)(x)+log_(64)(y)=4a n d(log)_x(225)-(log)_y(64)=1, (log)_(225)x_1dot(log)_(225)x_2=4 b. (log)_(225)x_1+(log)_(225)x_2=6 c. |(log)_(64)y_1-(log)_(64)y_2|=2sqrt(5) d. (log)_(30)(x_1x_2y_1y_2)=12

If (x_1, y_1)&(x_2, y_2) are the solutions of the equaltions, (log)_(225)(x)+log_(64)(y)=4a n d(log)_x(225)-(log)_y(64)=1, (A) (log)_(225)x_1dot(log)_(225)x_2=4 (B). (log)_(225)x_1+(log)_(225)x_2=6 (C). |(log)_(64)y_1-(log)_(64)y_2|=2sqrt(5) (D). (log)_(30)(x_1x_2y_1y_2)=12