11. Pick a number. Multiply the number 6 and add 8. Divide the sum by 2, subtract twice the original number and subtract 4. Use deductive reasoning to show that the following procedure produces a number that is equal to the original number. Hint: Let n represent the original number. 12. Pick a number. Add 4 to the number and multiply the sum by 3. Subtract 7 and then decrease this difference by the triple of the original number. Use deductive reasoning to show that the following procedure always produces the number 5.
11. Pick a number. Multiply the number 6 and add 8. Divide the sum by 2, subtract twice the original number and subtract 4. Use deductive reasoning to show that the following procedure produces a number that is equal to the original number. Hint: Let n represent the original number. 12. Pick a number. Add 4 to the number and multiply the sum by 3. Subtract 7 and then decrease this difference by the triple of the original number. Use deductive reasoning to show that the following procedure always produces the number 5.
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Transcribed Image Text:11. Pick a number. Multiply the number 6 and add 8. Divide the sum by 2, subtract twice the original number and
subtract 4. Use deductive reasoning to show that the following procedure produces a number that is equal to the
original number. Hint: Let n represent the original number.
12. Pick a number. Add 4 to the number and multiply the sum by 3. Subtract 7 and then decrease this difference by
the triple of the original number. Use deductive reasoning to show that the following procedure always produces
the number 5.
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