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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
280/388
square root 18x^7y^5
There are also two lines on each of the graph. These lines are called asymptotes and as the graphs illustrates as we make x large (in both the +ve and -ve sense) the graph of the h
3 with exponent of x-2=7
4x/y-3x/y+5x/y-x/y
Given a polynomial P(x) along degree at least 1 & any number r there is another polynomial Q(x), called as the quotient , with degree one less than degree of P(x) & a number R, c
A bullet is shot upwards with an initial velocity of 100 ft/sec from a point 12 ft above the ground, and its height above the ground at time t is given by h(t)= -16t^2 + 100t +12
14th term 60,68,76,84,92
answer in scientific notation correct to the ten thousandths 471,598,000,000
2x-3(2x+7)=-13
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