Provide an appropriate response.Show that if h > 0, applying Newton's method to f(x) =
leads to x2 = h if x0 = h and to x2 = -h if x0 = -h when 0 < 6 < h.
What will be an ideal response?
f(x) =
f '(x) =
Let x0 = h. Then,
x1 = h - = h - 2(h - 6) = 12 - h
x2 = 12 - h + = 12 - h + 2(h - 6) = h
Likewise, let x0 = - h. Then,
x1 = - h + = - h + 2(6 + h) = 12 + h
x2 = 12 + h - = 12 + h - 2(h + 6) = - h
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A.
B.
C.
D.
Solve and graph.-5x + 1 ? 11 or 4x + 3 ? -13
A. [-4, ?)
B. (-?, ?)
C. [-4, -2]
D. [-2, ?)
Graph the linear equation by finding its intercepts.2x - 6y = 12
A.
B.
C.
D.
Solve.The slope of the line joining the points and
is
. Interpret this slope.
A. For every 5 units of increase in x, y will decrease by 1 unit. B. For every 1 unit of increase in x, y will decrease by 5 units. C. For every 1 unit of increase in x, y will increase by 5 units. D. For every 5 units of increase in x, y will increase by 1 unit.