If they are the sides then2x=x+26
2x-x=26
x=26
so each side =2*26=52
Answer: 7x squared + 10y
Step-by-step explanation:
The two 6s are in the tens and hundreds place
Answer:
The answer is B
Step-by-step explanation:
You can multiply it using Indices formula, a^m × a^n = a^(m+n) :
(-4y)(-9y⁹)
= (-4×-9)(y×y⁹)
= 36y^(1+9)
= 36y^10
I'm assuming this is for apolynomial function. The question of whether a degreee is odd or even changes the look of a graph. An even-numbered degree forms a parabola, where (in the most basic form), the one minimum point (extrema) just touches the origin. An odd-numbered degree, in its most basic form, doesn't touch a point, it crosses it. It expands infinitely without extrema.
Let's assume you're just talking about quadratic functions (or [even] parabolic functions, to be more general), in which case something like x^2 (the simplest quadratic equation) and x^50 would have the same extreme minimum point.