When X =2011, the value of cubic +bx+1 of algebraic expression ax is 2012, and when x = negative 2011, the value of cubic +bx+1 of algebraic expression ax is —

When X =2011, the value of cubic +bx+1 of algebraic expression ax is 2012, and when x = negative 2011, the value of cubic +bx+1 of algebraic expression ax is —

Assuming Y=AX^3+B*X, the original equation can be transformed into Y+1=2012, and when X=2011, Y=2011.
Determine that Y=AX^3+B*X is an odd function, so when X=-2011, then Y=-2011, then the algebraic expression AX^3+B*X+1=Y+! =-2011+1=-2010.

Assuming Y=AX^3+B*X, the original equation can be deformed as Y+1=2012, and when X=2011, Y=2011.
Judge that Y=AX^3+B*X is an odd function, so when X=-2011, then Y=-2011, then the algebraic expression AX^3+B*X+1=Y+! =-2011+1=-2010.

Assuming Y=AX^3+B*X, the original equation can be transformed into Y+1=2012, and when X=2011, Y=2011.
Judge that Y=AX^3+B*X is an odd function, so when X=-2011, then Y=-2011, then the algebraic expression AX^3+B*X+1=Y+! =-2011+1=-2010.

When x=2 is known, the value of 2011 power of ax 1005 power of bx + cx +5=2011, when x =-2, the value of 2011 power of ax +1005 power of bx + cx +5 is obtained.

When x=2,2011 power of algebraic expression ax +1005 power of bx + cx +5=2011, i.e.2011 power of algebraic expression a*2+1005 power of b*2+ c*2+5=2011 power of a*2+1005 power of b*2+ c*2=2011-5=2006, so when x=-2,2011 power of ax +1005 power of bx + cx +5 value =2011 of a*(-2)...