You should be concise in your reasoning. For Project #1, work only equations (a) and (c), but complete all 6 steps (a-f) as shown in the example.
For Project #2, please select at least five numbers; 0 (zero), two even, and two odd. Make sure you organize your paper into separate projects.
The assignment must include (a) all math work required to answer the problems as well as (b) introduction and conclusion paragraphs.
Your introduction should include three to five sentences of general information about the topic at hand. The body must contain a restatement of the problems and all math work, including the steps and formulas used to solve the problems. Your conclusion must comprise a summary of the problems and the reason you selected a particular method to solve them.
It would also be appropriate to include a statement as to what you learned and how you will apply the knowledge gained in this exercise to real-world situations. The assignment must be formatted according the APA (6th edition) style, which includes a title page and reference page. For information regarding APA samples and tutorials, visit the Ashford Writing Center, within the Learning Resources tab on the left navigation toolbar, in your online course.
The weekly reading on page 379 of the textbook provided mathematical concepts to mathematical equations. These mathematical concepts will help with providing answers to the two projects in this assignment. In this assignment the math work will be performed in order to demonstrate the necessary steps to provide the correct answers. The first project will consist of problems A and problem C with all six of the steps.
Problem A which is x² 2x 13 = 0, and all of the steps for this problem will be provided. For step 1, I will write the equation again and move the term that is does not change into both sides of the equation which is 13. So, now the equation will look like this X² 2x 13 + 13 = 0 + 13. Step 2, will consist of Step 3, will consist of multiplying the term in the equation by four which will look like this along with the answer. 4x 2 (2—4 =) 8 = (13 x 4 =) 52, 4—2 8 = 52 Step 4, will consist of taking the square route of the two sides which will = 4—2 -8 +4 = 56. Now for step the final two steps which are steps four and five.
Problem C on page 379 consist of x² + 12x 64 = 0.