Jullian fully simplifies this polynomial and then writes it in standard form. 4x^2y^2-2y^4-8xy^3+9x^3y+6y^4-2xy^3 -3x^4+x^2y^2 if jullian wrote the last term as -3x^4, which must be the first term of his polynomial in standard form?
A. 4y^4
B. 6y^4
C. -2xy^3
D. -10xy^3

Step-by-step explanation:

He added , so you need to include it, the new expression now being

You need to simplify the polynomial first (combine all like terms) and it should become

The only option that actually exists are A and D, the answer would be D though because the letters that come first in the alphabet have more priority

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