Part A: Calculate the empirical conditional probability of an employee who walks to work, given that they live under 2 miles away. Show all work. Part B: Is an employee more or less likely to walk to work if they live under 2 miles away? Justify the answer mathematically. A large company tracks the transportation habits of its 300 employees. Their daily commuting distance and usual method are summarized in the table.Under 2 miles 2-4 miles 5-6 miles Over 6 milesCar15253040Public Transit20203515Bike3015105Walk251050

Part A:The empirical conditional probability of an event A given an event B is calculated as the…

A large company tracks the transportation habits of its 300 employees. Their daily commuting distance and usual method are summarized in the table. Under 2 miles 2-4 miles 5-6 miles Over 6 miles Car 15 25 30 40 Public Transit 20 20 35 15 Bike 30 15 10 5 Walk 25 10 5 0

A large company tracks the transportation habits of its 300 employees. Their daily commuting distance and usual method are summarized in the table. Under 2 miles 2-4 miles 5-6 miles Over 6 miles Car 15 25 30 40 Public Transit 20 20 35 15 Bike 30 15 10 5 Walk 25 10 5 0

Advanced Engineering Mathematics

10th Edition

ISBN:9780470458365

Author:Erwin Kreyszig

Publisher:Erwin Kreyszig

Chapter2: Second-order Linear Odes

Section: Chapter Questions

Problem 1RQ

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Question

Part A: Calculate the empirical conditional probability of an employee who walks to work, given that they live under 2 miles away. Show all work.

Part B: Is an employee more or less likely to walk to work if they live under 2 miles away? Justify the answer mathematically.

A large company tracks the transportation habits of its 300 employees. Their daily commuting distance and usual method are summarized in the table.
Under 2 miles 2-4 miles 5-6 miles Over 6 miles
Car
15
25
30
40
Public Transit
20
20
35
15
Bike
30
15
10
5
Walk
25
10
5
0

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