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Question 5 (1 point) Suppose $X$ is a discrete random variable which only takes on positive integer values. For the cumulative distribution function associated to $X$ the following values are known: $F(17) = 0.39$ $F(25) = 0.45$ $F(32) = 0.48$ $F(38)$ Assuming that $Pr[32 < X \le 58] = 0.14$, determine the value of $k$. $k = 0.65$ $k = 0.62$ $k = 0.06$ $k = 0.59$ $k = 0.38$

Name: question 5 1 point suppose x is a discrete random variable which only takes on positive integer values for the cumulative distribution function associated to x the following values are known 41035
Uploaded: 2023-04-02T21:31:03-08:00
Duration: 45 s
Channel: Nicholas Salas
Description: question 5 1 point suppose x is a discrete random variable which only takes on positive integer values for the cumulative distribution function associated to x the following values are known 41035

          Question 5 (1 point)
Suppose $X$ is a discrete random variable which only takes on positive integer values. For the cumulative distribution function associated to $X$ the following values are known:
$F(17) = 0.39$  $F(25) = 0.45$  $F(32) = 0.48$  $F(38)$
Assuming that $Pr[32 < X \le 58] = 0.14$, determine the value of $k$.
$k = 0.65$
$k = 0.62$
$k = 0.06$
$k = 0.59$
$k = 0.38$

question 5 1 point suppose x is a discrete random variable which only takes on positive integer values for the cumulative distribution function associated to x the following values are known 41035

Added by Amparo S.

Elementary Statistics a Step by Step Approach

Allan G. Bluman 9th Edition

Instant Answer

Solved by Expert Nicholas Salas

04/02/2023

Step 1

14$. This can be written as $F(58) - F(32) = 0.14$. We are given that $F(32) = 0.48$. Therefore, $F(58) - 0.48 = 0.14$, which implies $F(58) = 0.14 + 0.48 = 0.62$. Show more…

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Question 5 (1 point) Suppose $X$ is a discrete random variable which only takes on positive integer values. For the cumulative distribution function associated to $X$ the following values are known: $F(17) = 0.39$ $F(25) = 0.45$ $F(32) = 0.48$ $F(38)$ Assuming that $Pr[32 < X \le 58] = 0.14$, determine the value of $k$. $k = 0.65$ $k = 0.62$ $k = 0.06$ $k = 0.59$ $k = 0.38$