Start with y = |x|, then y = 4|x|, and then y = -4|x|.
y = 0.5 |x|
f(x) = |f(x)|/3
It is f(x) = 3|x|.
No. When a value grows exponentially the x value is either multiplied or divided. If you add five, then it grow at a common difference, not a common ratio.
Simply reassign the value. If you have a variable $x, and you add 1 to it, you can store the value by stating $x = $x+1;
2 rows of planks going downwards vertically. |P|P|X| |P|P|X| |P|P|X| Where P=plank and X=nothing
each time you add 1 to x the value goes up by one for example if x=2 then 5+2=7 but if you add 1 to x and x=3 then 5+3=8
Y-intercept is the point at which the line crosses the y-axis (going vertically). The formula that defines a line in a two dimensional system (x and y coordinates) is y=mx+b; where m is the slope of the line ( the change in the y coordinate value for very unit of change in the x coordinate value) and b is the y value when x=0 (the y intercept, or the point at which the line crosses the y axis).
The line y = x will shift up when you add a value to x and shift down when you subtract a value from x.
I'm going to assume that you are wanting the third angle of a triangle. The total of all 3 angles would have to equal 180o. If one angle is 72o and one angle is x, you have to add 72 and x, and you would get (72+x). So, the third angle would be 180 - (72+x). Without knowing the value of x, this is as close as we can get.
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