That would be Y2 or Y squared.
Then y = 3x.
-zy or y(-z) and viceversa or y x -z and viceversa
If x+y = 3 and y times x = 2 then y = 1.
In mathematics, when you multiply a number by another number, you are essentially adding the number to itself the specified number of times. Therefore, when you multiply Y by 6, you are adding Y to itself 6 times. This can be represented as Y + Y + Y + Y + Y + Y, which simplifies to 6Y. So, Y times 6 is equal to 6Y.
y times y times y (or y3)
-3 times 4 times y = -12y
Then y = 3x.
-zy or y(-z) and viceversa or y x -z and viceversa
The expression (1y \times 1y) represents the multiplication of two quantities, each equal to (1y). This can be simplified to (1 \times 1 \times y \times y), which equals (1y^2). Therefore, (1y \times 1y = y^2).
It equals XY.
In mathematics? This is what's called a relation. For example, the relation y=4x shows that for any given x value, the value of y is four times as great. If y is equal to 8 and the relationship between y and x can be shown by the relation y is equal to four times x, x must equal 8 divided by four. Eight divided by four is 2, therefore x is equal to 2. If x is equal to 6 and the relation ship between y and x can be shown by the relation y is equal to four times x, y must equal 6 multiplied by four. Six multiplied by four is 24, therefor y is equal to 24.
Y = 82x, the value of Y will be 82 times whatever value of x that is chosen
When multiplying powers, you add them! y4 times y6 = y10. Try it with y = 2: 2 to the fourth = 16, 2 to the sixth = 64 16 x 64 = 1024 = 2 to the tenth.
It can be, it need not be.
That can be true when "x" and "y" are both zero, or both 1.
If x+y = 3 and y times x = 2 then y = 1.
In algebra, the expression "5y" represents the product of 5 and y. This means that 5y is equal to 5 times the value of y. To find the numerical value of 5y, you would need to know the specific value of y. Without knowing the value of y, 5y remains as an algebraic expression representing the multiplication of 5 and y.