Recruitment chancesWrite a function called Chance2BHired to estimate the probability of an applicant being hired based on GPA. The input is a numericcalled GPA and the output is chanceHired, equal to the probability of an applicant based on the following table.Probability 90%3.0 <= GPA < 3.5 Probability 80%· 2.5 <= GPA < 3.0 Probability 70%· 2.0 <= GPA < 2.5 Probability 60%• 1.5 <= GPA < 2.0 Probability 50%Probability 40%• GPA >= 3.5- GPA < 1.5Ex:chanceHired= Chance2BHired(1.0)returnschanceHired =40Function eA SaveC ResetI MATLAB Documentation1 function chanceHired= Chance2BHired( GPA )23% Your solution goes here %45 end Function eA SaveResetMATLAB Documentation1 function chanceHired= Chance2BHired ( GPA )2.3% Your solution goes here %45 endCode to call your function eC Reset1 GPA = 2.2;2 chanceHired= Chance2BHired( GPA )Run Function

Below is the required function in MATLAB:

Recruitment chances Write a function called Chance2BHired to estimate the probability of an applicant being hired based on GPA. The input is a numeric called GPA and the output is chanceHired, equal to the probability of an applicant based on the following table. • GPA >= 3,5 Probability 90% 3.0 <= GPA < 3.5 Probability 80% · 2.5 <= GPA < 3.0 Probability 70% - 2.0 <= GPA< 2.5 Probability 60% - 1.5 <= GPA < 2.0 Probability 50% - GPA < 1.5 Probability 40% Ex: chanceHired= Chance2BHired (1.0) returns chanceHired = 40 Function e A Save C Reset I MATLAB Documentation 1 function chanceHired= Chance2BHired( GPA ) 2. % Your solution goes here % 4 5 end

Recruitment chances Write a function called Chance2BHired to estimate the probability of an applicant being hired based on GPA. The input is a numeric called GPA and the output is chanceHired, equal to the probability of an applicant based on the following table. • GPA >= 3,5 Probability 90% 3.0 <= GPA < 3.5 Probability 80% · 2.5 <= GPA < 3.0 Probability 70% - 2.0 <= GPA< 2.5 Probability 60% - 1.5 <= GPA < 2.0 Probability 50% - GPA < 1.5 Probability 40% Ex: chanceHired= Chance2BHired (1.0) returns chanceHired = 40 Function e A Save C Reset I MATLAB Documentation 1 function chanceHired= Chance2BHired( GPA ) 2. % Your solution goes here % 4 5 end

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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Question

Recruitment chances
Write a function called Chance2BHired to estimate the probability of an applicant being hired based on GPA. The input is a numeric
called GPA and the output is chanceHired, equal to the probability of an applicant based on the following table.
Probability 90%
3.0 <= GPA < 3.5 Probability 80%
· 2.5 <= GPA < 3.0 Probability 70%
· 2.0 <= GPA < 2.5 Probability 60%
• 1.5 <= GPA < 2.0 Probability 50%
Probability 40%
• GPA >= 3.5
- GPA < 1.5
Ex:
chanceHired= Chance2BHired(1.0)
returns
chanceHired =
40
Function e
A Save
C Reset
I MATLAB Documentation
1 function chanceHired= Chance2BHired( GPA )
2
3
% Your solution goes here %
4
5 end

Function e
A Save
Reset
MATLAB Documentation
1 function chanceHired= Chance2BHired ( GPA )
2.
3
% Your solution goes here %
4
5 end
Code to call your function e
C Reset
1 GPA = 2.2;
2 chanceHired= Chance2BHired( GPA )
Run Function

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