This is my code for Euler's method: change(N)=0.2*N*(1-(N/100))count = srange(0,1000)vals = [150]step_size = 0.1for i in count: current_value=vals[i] future_value=current_value+step_size*change(current_value) vals.append(future_value)vals Questions:Turn your implementation of Euler's method into a function. This function should take a differential equation (see the previous paragraph), an initial value, a step size, and the number of steps as inputs. It should return a list of state values as its output.Modify this function so it returns a list of pairs of time and state values.

Python code is given below to implement Euler's method using function . inputs Initial value,…

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This is my code for Euler's method:

change(N)=0.2*N*(1-(N/100))

count = srange(0,1000)

vals = [150]

step_size = 0.1

for i in count:

current_value=vals[i]

future_value=current_value+step_size*change(current_value)

vals.append(future_value)

vals

Questions:

Turn your implementation of Euler's method into a function. This function should take a differential equation (see the previous paragraph), an initial value, a step size, and the number of steps as inputs. It should return a list of state values as its output.
Modify this function so it returns a list of pairs of time and state values.

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