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Section 2.2
Question 46
Part (a)
After working out the math on paper, I found the real zeros to be t = -sqrt{5}, t = sqrt{5}.
Part (b)
For both t = -sqrt{5} and t = sqrt{5}, the graph crosses the line x = 0. Odd multiplicity 1 for each.
Part (c)
Let n = exponent of leading coefficient.
Let n - 1 = number of turning points.
If n = 4, we get 4 - 1 or 3. Maximum number of turning points is 3.
Part (d)
Question 46
Part (a)
After working out the math on paper, I found the real zeros to be t = -sqrt{5}, t = sqrt{5}.
Part (b)
For both t = -sqrt{5} and t = sqrt{5}, the graph crosses the line x = 0. Odd multiplicity 1 for each.
Part (c)
Let n = exponent of leading coefficient.
Let n - 1 = number of turning points.
If n = 4, we get 4 - 1 or 3. Maximum number of turning points is 3.
Part (d)