x/10 + y where x and y are the two numbers respectively.
Twice the sum of 'x' and 'y' . . . 2(x+y) The sum of twice 'x' and 'y' . . . (2x+y)
x + y = 10 x - y = 6 2x = 16 x = 8, y = 2
The sum remains the same. This is called the "commutative" property. x + y is equal to y + x.
It can be, it need not be.
2(x+y) is twice the sum of x and y, and 2x+y is the sum of twice x and y
Vectors are quantities that have a value as well as a direction.Vector addition is commutative: x + y = y + xThe value of the sum of two vectors is always less than or equal to the sum of their individual values.|x + y| ≤ |x| + |y|
The sum of x and y decreased by their product is (x + y)- xy.
15 and -5 x + y =10 x - y = 20 So it is eventually discovered that x = 15 and y =-5, if you solve the equations.
x+y
x=-11 y=1 or x=1 y=-11
X+y