Make the given changes in the indicated examples of this section and then solve the resulting problems. In Example 10, change the numerator to 2x 4 32x 2 and then simplify. Data from Example 10 Again, the factor 4
Make the given changes in the indicated examples of this section and then solve the resulting problems.
In Example 10, change the numerator to 2x4 − 32x2 and then simplify.
Data from Example 10
Again, the factor 4 − x has been replaced by the equivalent expression −(x − 4). This allows us to recognize the common factor of x − 4. Also, note that the order of the terms of the factor 5 + 3x was changed in writing the third fraction. This was done only to write the terms in the more standard form with the x- term first. However, because both terms are positive, it is simply an application of the commutative law of addition, and the factor itself is not actually changed.
2x4 - 128x 207x3x² = || 2x(x³ - 64) (4x)(5 + 3x) = 2x(x² + 4x + 16) 3x + 5 2x (x4) (x² + 4x + 16) -(x-4) (3x + 5)
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Basic Technical Mathematics
ISBN: 9780137529896
12th Edition
Authors: Allyn J. Washington, Richard Evans
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