2.4-4. It is claimed that 21% of the ducks in a partic- ular region have patent schistosome infection. Suppose hat nine ducks are selected at random. Let X equal the mber of ducks that are infected. (a) Assuming independence, how is X distributed? (b) Find (i) P(X 2 3), (ii) P(X 1), and (iii) P(X < 4). %3D

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter10: Sequences, Series, And Probability
Section10.8: Probability
Problem 31E
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2.4-4. It is claimed that 21% of the ducks in a partic-
ular region have patent schistosome infection. Suppose
hat nine ducks are selected at random. Let X equal the
mber of ducks that are infected.
(a) Assuming independence, how is X distributed?
(b) Find (i) P(X 2 3), (ii) P(X = 1), and (ii) P(X < 4).
%3D
2.4-5. In a lab experiment involving inorganic syntheses
of molecular precursors to organometallic ceramics, the
Transcribed Image Text:2.4-4. It is claimed that 21% of the ducks in a partic- ular region have patent schistosome infection. Suppose hat nine ducks are selected at random. Let X equal the mber of ducks that are infected. (a) Assuming independence, how is X distributed? (b) Find (i) P(X 2 3), (ii) P(X = 1), and (ii) P(X < 4). %3D 2.4-5. In a lab experiment involving inorganic syntheses of molecular precursors to organometallic ceramics, the
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