Show that dz Long 21-0 z3 +1 by arguing that this integral does not change if we replace C[0, 2] by C[0, r] for any r > 1, then use dz that goes the fact that 2³ +1 to 0 as r→∞. 16,f| Y ≤ ≤ max|f(z)|· length(y) to obtain an upper bound for
Show that dz Long 21-0 z3 +1 by arguing that this integral does not change if we replace C[0, 2] by C[0, r] for any r > 1, then use dz that goes the fact that 2³ +1 to 0 as r→∞. 16,f| Y ≤ ≤ max|f(z)|· length(y) to obtain an upper bound for
Show that dz Long 21-0 z3 +1 by arguing that this integral does not change if we replace C[0, 2] by C[0, r] for any r > 1, then use dz that goes the fact that 2³ +1 to 0 as r→∞. 16,f| Y ≤ ≤ max|f(z)|· length(y) to obtain an upper bound for
Combination of a real number and an imaginary number. They are numbers of the form a + b , where a and b are real numbers and i is an imaginary unit. Complex numbers are an extended idea of one-dimensional number line to two-dimensional complex plane.
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