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In the earlier section we solved equations which contained absolute values. In this section we desire to look at inequalities which contain absolute values. We will have to examine two separate cases.
Inequalities Involving < and ≤
As we did with equations let's begin by looking at a fairly simple case.
p ≤ 4
This says that no matter what p is it ought to have a distance of no more than 4 from the origin. It means that p have to be somewhere in the range,
-4 ≤ p ≤ 4
We could have alike inequality with the < and obtain a similar result.
Generally we have the following formulas to use here,
If |p| ≤ b, b = 0 then - b ≤ p ≤ b
If |p| < b, b =0 then - b < p < b
x+y=0 x=y+4
-3y=4x+24
How do you graph this: (3x + 7, 2x -8); x = -3
A function is called one-to-one if no two values of x produce the same y. It is a fairly simple definition of one-to-one although it takes an instance of a function which isn't one
i dont know how to do this equation y=x+3 2x+y=6
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sir is there any rule to use properties of determinants to solve the sums
As the heading recommend here we will be solving quadratic equations by factoring them. Zero factor property or zero factor principle To solving quadric equation by factor
7v+4(v+4)
si el log de 28 en base 14 es a cuanto es el log de 16 en base 49
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