Question
Consider the statement 2 is a factor of n 2 + 3n. If n = 1, the statement is 2 is a factor of __________.
Consider the statement "2 is a factor of n2 + 3n." If n = 1, the statement is "2 is a factor of __________." If n = 2, the statement is "2 is a factor of __________." If n = 3, the statement is "2 is a factor of __________." If n = k + 1, the statement before the algebra is simplied is "2 is a factor of __________." If n = k + 1, the statement after the algebra is simplied is "2 is a factor of __________."
- A. 4; 15; 28; (k + 1)2 + 3(k + 1); k2 + 5k + 8
- B. 4; 20; 28; (k + 1)2 + 3(k + 1); k2 + 5k + 7
- C. 4; 10; 18; (k + 1)2 + 3(k + 1); k2 + 5k + 4
- D. 4; 15; 18; (k + 1)2 + 3(k + 1); k2 + 5k + 6
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Discovering Advanced Algebra An Investigative Approach
Authors: Jerald Murdock, Ellen Kamischke, Eric Kamischke
1st edition
1559539844, 978-1604400069, 1604400064, 978-1559539845
