Assume y = 4.5. Then, the value of x is infinite! Why?
We are given the expression y = 4.5. What if we take x = 1? Then, y = 4.5. What if x = 2? Then, we also have y = 4.5. Same pattern for other x values.
Therefore, there are infinitely many solutions for x.
* * * * *
The value of x is not infinite, it is indeterminate. The number of possible values of x is infinite.
x is 45.
45 degrees with respect to what?
Yes; a line at 45 degrees.
5X - 2Y X = 9 Y = 4 5(9) - 2(4) 45 - 8 37 is the value
If you mean: x+y = 30 and the value of y is 15 then the value of x is also 15
There are infinitely many solutions as x + y = 45 defines a straight line. Pick a value for x and you can calculate the y value so that x + y = 45. It can be rearranged to get y in terms of x: x + y = 45 → -x + x + y = -x + 45 → y = -x + 45 It is a line with slope -1 and intercept 45. You can substitute any value for x and the corresponding y value will be found. eg x = 1 → y = -1 + 45 = 44 x = 25 → y = -25 + 25 = 20
x is 45.
45 degrees with respect to what?
In expressions such as "x-y", both "x" and "y" can have any value. The value of "x-y" will depend on what the value of "x" and the value of "y" are.
If you mean "What is the answer to x*y when x=45 and y=1094?" then the answer is 49,230. If you mean "What is the answer to x+y when x=45 and y=1094?" then the answer is 1,139.
Yes; a line at 45 degrees.
The answer is 45 and 81. To find it out you need to use double algebra. 1. (x+y)-(x-y)=90 x-x=0 y+y=2y/2= 1y=y 90/2= 45 y=45 2. (x+y)+(x-y)=162 y-y=0 x+x=2x 2x/2= 1x=x 162/2=81 3. check your work x+y-x-y=90 81+45-81-45=90- x+y+x-y+=162 81+45+81-45=162 81+45= 126 81-45=36 126+36=162 That is how you find the answer.
It depends on the relationship between x and y.
5X - 2Y X = 9 Y = 4 5(9) - 2(4) 45 - 8 37 is the value
If you mean: x+y = 30 and the value of y is 15 then the value of x is also 15
There are infinitely many possible answers. x ≥ 45 and let y = 2025/x Then xy = x*2025/x = 2025 and, since x ≥ 45, then y ≤ 45 so that (x, y) is always distint from (y, x). Then, since these are infinitely many choices for x, there are infinitely many answers.
The value of x + y is indeterminate. You need the values of both x and y to determine x + y.