pH A valid pH is in the range 0 < pH < 14. Write a function called pHFunction that receives a real number corresponding to a pH and returns a string scalar variable message. If 0 < pH <7 message = "acidic" If pH = 7 message = "neutral" If 7 < pH < 14 message = "basic" If pH is outside of the range: message = "Not valid pH" Function e H Save C Reset I MATLAB Documenta 1 function message = pHFunction(pH) % 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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Please answer in matlab code.

pH
A valid pH is in the range 0 < pH < 14. Write a function called pHFunction that receives a real number corresponding to a pH and
returns a string scalar variable message.
If 0 < pH <7
message = "acidic"
If pH = 7
message = "neutral"
If 7 < pH < 14
message = "basic"
If pH is outside of the range:
message = "Not valid pH"
Function
A Save
C Reset
MATLAB Documentation
1 function message =
pHFunction(pH)
2
3
% Your solution goes here %
5 end
Transcribed Image Text:pH A valid pH is in the range 0 < pH < 14. Write a function called pHFunction that receives a real number corresponding to a pH and returns a string scalar variable message. If 0 < pH <7 message = "acidic" If pH = 7 message = "neutral" If 7 < pH < 14 message = "basic" If pH is outside of the range: message = "Not valid pH" Function A Save C Reset MATLAB Documentation 1 function message = pHFunction(pH) 2 3 % Your solution goes here % 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%
Probability 80%
Probability 70%
Probability 60%
Probability 50%
Probability 40%
· 3.0 <= GPA < 3.5
· 2.5 <= GPA < 3.0
· 2.0 <= GPA < 2.5
· 1.5 <= GPA < 2.0
· GPA < 1.5
Ex:
chanceHired= Chance2BHired (1.0)
returns
chanceHired =
40
Function e
Save
C Reset
I MATLAB Documentation
1 function chanceHired= Chance2BHired( GPA )
3
% Your solution goes here %
4
5 end
Transcribed Image Text: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% Probability 80% Probability 70% Probability 60% Probability 50% Probability 40% · 3.0 <= GPA < 3.5 · 2.5 <= GPA < 3.0 · 2.0 <= GPA < 2.5 · 1.5 <= GPA < 2.0 · GPA < 1.5 Ex: chanceHired= Chance2BHired (1.0) returns chanceHired = 40 Function e Save C Reset I MATLAB Documentation 1 function chanceHired= Chance2BHired( GPA ) 3 % Your solution goes here % 4 5 end
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