The commutative property states that the order of multiplication does not change the result. Therefore, in the expression 16xy, the commutative property allows us to rearrange the terms as xy16 without changing the product. This property holds true for any numbers or variables being multiplied together, as long as the order is switched consistently.
(the shape is an upside down 'u').
Y
82y 16x are both not equal to the given expression.
√(16x) = 4√x = 4x1/2
16x/100 = 3564.28 Multiply both sides by 100: 16x = 356428 Divide both sides by 16: x = 22276.75
When adding or multiplying you may change the order of addends or factors.(Algebra 1)
The Commutative Property of Addition.
I do not know how to answer this.
16 + x = y
Ok, in order for anyone to give you the common factor of this, we need the format. is this -16x^2? If so, then the common factor would be x. x is the only thing that -16x^2, 1000x, and x have in common. If this were -16x^2 + 1000x + x =y then it would simplify to x(-16x+1001)=y. Ok, in order for anyone to give you the common factor of this, we need the format. is this -16x^2? If so, then the common factor would be x. x is the only thing that -16x^2, 1000x, and x have in common. If this were -16x^2 + 1000x + x =y then it would simplify to x(-16x+1001)=y.
Y=(x+8)^2-5
If you mean: 16x-2y = 4 then y = 8x-2, and its slope is 8 with a y intercept of -2; any line parallel to it will have a slope of 8 but with a different y intercept.
16x
Let one of the number be x, and the other number be y (from the problem we see that x and y are positive numbers).Let x < y.So we have:x + y = 935y/x = 16y = 16xx + y = 935 (substitute 16x for y)x + 16x = 93517x = 935 (divide by 17 to both sides)x = 55y = 16x = 16(55) = 880Thus, the numbers are 55 and 880.
The equation can be written as y = 16x/20 which can be simplified to y = 4x/5
y = 16X - 80
The parallel equation is: y = 4x-3