The base fuel economy (i.e., its fuel economy when there is only one person - the driver - in the car) of a certain car is MM kilometres per litre. It was also observed that every extra passenger in the car decreases the fuel economy by 11 kilometre per litre. PP people want to take this car for a journey. They know that the car currently has VV litres of fuel in its tank. What is the maximum distance this car can travel under the given conditions, assuming that all PP people always stay in the car and no refuelling can be done? Note that among the PP people is also a driver, i.e., there are exactly PP people in the car. Solve in any programming language

Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
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The fuel economy of a car is the distance which it can travel on one litre of fuel.
The base fuel economy (i.e., its fuel economy when there is only one person - the driver
- in the car) of a certain car is MM kilometres per litre. It was also observed that every
extra passenger in the car decreases the fuel economy by 11 kilometre per litre.
PP people want to take this car for a journey. They know that the car currently
has VV litres of fuel in its tank.
What is the maximum distance this car can travel under the given conditions, assuming
that all PP people always stay in the car and no refuelling can be done?
Note that among the PP people is also a driver, i.e., there are exactly PP people in the
car. Solve in any programming language
Transcribed Image Text:The fuel economy of a car is the distance which it can travel on one litre of fuel. The base fuel economy (i.e., its fuel economy when there is only one person - the driver - in the car) of a certain car is MM kilometres per litre. It was also observed that every extra passenger in the car decreases the fuel economy by 11 kilometre per litre. PP people want to take this car for a journey. They know that the car currently has VV litres of fuel in its tank. What is the maximum distance this car can travel under the given conditions, assuming that all PP people always stay in the car and no refuelling can be done? Note that among the PP people is also a driver, i.e., there are exactly PP people in the car. Solve in any programming language
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