Drag and drop the expressions into the boxes to correctly complete the proof of the polynomial identity.

- [x⁴+2x²y²+y⁴]

- [2x⁴+2x²y²+2y⁴]

- [2(x⁴+x²y²+y⁴)]

Step-by-step explanation:

Given the polynomial function

(x²+y²)²+x⁴+y⁴ = 2(x⁴+x²y²+y⁴)

Simplifying the left hand side of the equation will provide us with the expression in the box based on each step in the calculation.

To get the expression in the first box, we will expand (x²+y²)² at the left hand side of the equation.

(x²+y²)² = (x²+y²)(x²+y²)

= x⁴+x²y²+x²y²+y⁴

= x⁴+2x²y²+y⁴

The expression in the first box will be [ x⁴+2x²y²+y⁴ ]

The polynomial function will become:

[x⁴+2x²y²+y⁴] + x⁴+y⁴ = 2(x⁴+x²y²+y⁴)

Collecting like terms

x⁴+x⁴+2x²y²+y⁴+y⁴ = 2(x⁴+x²y²+y⁴)

[2x⁴+2x²y²+2y⁴] = 2(x⁴+x²y²+y⁴)

To get the equation in the last box, we will factor out 2 in the left hand side of the polynomial.

[2(x⁴+x²y²+y⁴)] = 2(x⁴+x²y²+y⁴)

560

step-by-step explanation:

giggidy

1/3

step-by-step explanation:

to find this, you can divide 12 by 4 which is 3 or you can multiply 4 until you reach 12 (4x3=12). both should give you 3, meaning theres three times less bananas than there are oranges.