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class Car:

# The constructor method is called when we create a new Car object

def $\_\_$init$\_\_($self$,$ yearModel, make$)$:

# Store the yearModel and make provided by the user

self.yearModel $=$ yearModel # Year the car was made

self.make $=$ make # Make $($brand$)$ of the car

self.speed $=0$ # Initialize speed to $0$

# Accessor method to get the car's yearModel

def get$\_$yearModel$($self$)$:

return self.yearModel

# Accessor method to get the car's make

def get$\_$make$($self$)$:

return self.make

# Accessor method to get the car's current speed

def get$\_$speed$($self$)$:

return self.speed

# Method to accelerate the car, increases speed by $5$

def accelerate$($self$)$:

self.speed $+=5$

# Method to brake the car, decreases speed by $5$

def brake$($self$)$:

# Ensure the speed doesn't go below $0$

if self.speed $>=5$:

self.speed $-=5$

else:

self.speed $=0$

# Example of using the Car class

myCar $=$ Car$(2022,$ "Toyota"$)$ # Create a car object with year $2022$ and make Toyota

# Accelerate the car $5$ times

for i in range$(5)$:

myCar.accelerate$()$ # Call the accelerate method

print$("$Speed after accelerating:", myCar.get$\_$speed$())$ # Print the current speed

# Brake the car $5$ times

for i in range$(5)$:

myCar.brake$()$ # Call the brake method

print$("$Speed after braking:", myCar.get$\_$speed$())$ # Print the current speed