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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.
changing of binary to hexadecimal
Part A. relates to data representation and Part B. relates to Boolean logic. Part A. Data Representation The very first thing you need to do to begin Part A is to make
9-6x>3-5x
x=4y=12 i dont know how to do this can you please help me??!!
How do I solve this equation (the left side is a matrix: 0 0 -1 3 x 0 = x^2 2 0 3
1). Using the function: y=y0,(.90)^t-1. In this equation y0 is the amount of initial dose and y is the amount of medication still available t hours after drug is administered. Supp
10 to the 50th exponent
0.06n=0.15
There is a third method that we'll be looking at to solve systems of two equations, but it's a little more complicated and is probably more useful for systems with at least three e
27^(3X)-3 = (1/81)^(10X)-9
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