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Math assignment, pre algebra
Read the following instructions in order to complete this assignment, and review the example of how to complete the math required for this assignment:
Use the properties of real numbers to simplify the following expressions:
2a(a – 5) + 4(a – 5)
2w – 3 + 3(w – 4) – 5(w – 6)
0.05(0.3m + 35n) – 0.8(-0.09n – 22m)
Write a two to three page paper that is formatted in APA style and according to the Math Writing Guide. Format your math work as shown in the Instructor Guidance and be concise in your reasoning. In the body of your essay, please make sure to include:
Your solution to the above problem, making sure to include all mathematical work.
Plan the logic necessary to complete the problem before you begin writing. For examples of the math required for this assignment, please review Elementary and Intermediate Algebra and the example of how to complete the math required for this assignment.
Show every step of the process of simplifying and identify which property of real numbers was used in each step of your work. Please include your math work on the left; the properties used on the right.
A discussion of why the properties of real numbers are important to know when working with algebra. In what ways are they useful for simplifying algebraic expressions?
The incorporation of the following five math vocabulary words into the text of your paper. Use bold font to emphasize the words in your writing (Do not write definitions for the words; use them appropriately in sentences describing your math work.):
Simplify
Like terms
Coefficient
Distribution
Removing parentheses
For information regarding APA samples and tutorials, visit the Ashford Writing Center, within the Learning Resources tab on the left navigation toolbar.
Carefully review the Grading Rubric for the criteria that will be used to evaluate your assignment.
MAT 221 W1
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MAT xxx xx
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xxxxxxxxx xxxxxxxxx usually xxxxxx xxxx xxxxxxxx xxxx xxxx xxxxxxxxx In order to find xxxxxxxxx xx these problems, they xxxx to be xxxxxxxxxxxx xxxx is xxxxxxxx by applying the distributive, xxxxxxxxxxxx xxxxxxxxxxxx inverse xxx identity xxxxxxxx of xxxxxxx and their operators. xxxxx properties xxxx result in xxxxxxxxx xxxxxxxxx xxxxxx its simplest xxxxx
The xxxxxxxxxxxx and xxxxxxxxxxx properties xxxx xx xxxxxxxxxxx the parentheses in the equation and group the like xxxxxx xxxxxxxxxxxxx xx xxxx the equation xx xxxxxxxxx in its simplest form.
xxx xxxxxxxxxxx property xxxxx in rearranging xxx xxxxx xxxxxxx xxxxxx xxx equality xxxxxxxx across the equations. The xxxxxxx and xxxx xxxxxxxx xxxx in xxxxxxxxxx the like terms on either side of the equations xxxxxxx xx solving xxx xxxxxxxx
The xxxxxxxxx examples xxxxxxx x xxxxxxxxxxxxx xx applying xxxxx properties in solving algebraic xxxxxxxxxx
xx2a(a-5)+4(a-5) | xxx xxxxx xxxxxxxxxx to be simplified |
2a x a xx x 5 x 4 x x x x x |
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xxxxxxxxxxx helps xx to solve xxx daily problems. xxxxxxx xx xxx such tool xx xxxxxxxxxxx that xxxx us xx xxxxxxxx and solve the various relations xxxx exists. xxx point xx to get xxx xxxxxx xxxxxxxxx There xxx xxxx properties that are xxxx xx xxxxx xxx distributive xxxxxxxx xx used to multiply xxxxx xx xxx parentheses xxx after those xxxxxxxxxxx xx xxxxxxxx The like xxxxx xxx xxxxx xx xxxxxxxxxx as xxx xxx xxxxxxxx xxx we get the xxxxxx solution. Sometimes the xxxxxxxx is xxxxxxx and xxxxxxxxxx xx come in xxx terms xx xxx variables xx the questions. We xxx xxxxxxxxxx xxx xxxxxxxxx with numeric’s xxx xxx xxxxxxxx xxx xxxxx xxxxxxx xxxxxxx
xxxxxx – 5) x xxx – 5) | xxx given Expression |
xxxxxxxxxxxxx | xxx xxxxxxxxxxxx property removes the xxxxxxxxxxx |
2a2-6a-20 |
Like terxx xxx combined by adding xxxxxxxxxxxxx |
In xxxx question, it xxx xxx necessary xx xxxxxx the order of any of xxx terms as the xxxx xxxxx were already together xx xxx xxxxxx xx the expression xx step x
xxx – x + |
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