Y*Y would equal y2 in algebra, however there is no specific value to the variable y. If that question also said "Y=2," then 2*2 would equal 22 or 4.
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In mathematics, the expression "y x y" typically represents the product of two variables or numbers, where "x" denotes multiplication. Therefore, "y x y" is equivalent to y multiplied by y, which simplifies to y^2, where "^" denotes exponentiation. In other words, y x y is the square of the variable or number y.
Ah, a lovely question indeed. When we multiply a number by itself, we call it squaring. So, when you multiply y by y, you get y squared. It's like painting a beautiful picture with just one brushstroke, creating something truly special.
Well, darling, y multiplied by y is simply y squared. It's like basic math 101, sweetie. So, there you have it, y x y equals y squared. Next!
x^(4)*y*x^(5)*yMultiply x^(4) by y to get x^(4)y.(d)/(dx) x^(4)*y*x^(5)*y=x^(4)y*x^(5)*yMultiply x^(4)y by x^(5) to get x^(9)y.(d)/(dx) x^(4)*y*x^(5)*y=x^(9)y*yMultiply x^(9)y by y to get x^(9)y^(2).(d)/(dx) x^(4)*y*x^(5)*y=x^(9)y^(2)To find the derivative of x^(9)y^(2), multiply the base (x) by the exponent (9), then subtract 1 from the exponent.(d)/(dx) x^(4)*y*x^(5)*y=9x^(8)y^(2)The derivative of x^(4)*y*x^(5)*y is 9x^(8)y^(2).9x^(8)y^(2)
The inverse of the function y = x is denoted as y = x. The inverse function essentially swaps the roles of x and y, so the inverse of y = x is x = y. In other words, the inverse function of y = x is the function x = y.
If y is a multiple of x, the LCM of x and y is y.
Let x and y be two positive numbers. The cases are: x > y, then x - y > 0 x = y, then x - y = 0 x < y, then x - y < 0
y=-x+4