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By using transformations sketch the graph of the given functions.
h ( x ) = ( x + 2)3
Solution
With these we have to first identify the "base" function. i.e. the function that's being shifted. In this case it seem like we are shifting f ( x ) = x3 . Then we can see that,
h ( x ) = ( x + 2)3 = f (x + 2)
In this case c = 2 and thus we're going to shift the graph of f ( x ) = x3 (the dotted line on the graph below) & move it 2 units to the left. It will mean subtracting two from the x coordinates of all the points on f ( x ) = x3 .
Following is the graph for this problem.
5+5
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Note that the right side has to be a 1 to be in standard form. The point ( h, k ) is called the center of the ellipse. To graph the ellipse all that we required are the left mo
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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
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