Developing Algorithms with Control Structures and Lists - Assignment Solution

In this assignment we will teach you how to develop algorithms and Python code to solve programming problems involving selection and iteration control structures and lists. Organization/Structure of Report: 

1. Section 1: Problem Analysis: In this section, student should define the problem and break it down to show what the input, outputs and processes are.
2. Section 2: Solution Design: In this section student should provide Algorithms/Pseudo-code or a flowchart to explain their algorithm and the logic that will drive the Python code.
3. Section 3: Implementation: In this section, student should list the complete Python Code. The student must not forget to include comments which explain what the code is doing.
4. Section 4: Evaluation: In this section, student should include screenshots of their program’s output, based on various inputs provided.
5. Section 5: Self-reflection: In this section, student should reflect on what the student has learned in this project and outline the challenges that were faced while working on this project, and how the student overcame them.

 

Developing Algorithms with Control Structures and Lists - Get Assignment Solution

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Free Assignment Solution - Developing Algorithms with Control Structures and Lists 

#!/usr/bin/env python
# coding: utf-8

# In[37]:

total_transport_fare=0.0
total_bus_fair=0.0
total_taxi_fair=0.0
total_metro_fair=0.0
while(1):
    
    passenger = input ("Input Passenger type : [1: standard 2:student 3:people of determination 4:senior citizen 5: to break program]")
    if (passenger=='5'):
        print("Program terminated") #terminate condition
        break
    elif (passenger=='1' or passenger=='2' or passenger=='3' or passenger=='4'):
        transport = input ("Input Transportation type :[1. Bus 2. Taxi 3. Metro]") #input transport
        if transport=='1':
            if (passenger=='2' or passenger=='3' or passenger=='4'):
                print("Current ride is free") #free for this users
            else:
                bus_ride=input ("Input Busride type :[1:city 2:suburb 3:capital]")
                num_bus=input ("NUmber of busride ")
                if bus_ride=='1':
                    cur_bus=float(num_bus)*2 +(float(num_bus)*2*.05) #vat is included
                    print("current bus fair is "+str(cur_bus))
                    total_bus_fair=total_bus_fair+cur_bus #total bus fair is updated
                    total_transport_fare=total_transport_fare+cur_bus #total transport fair is updated
                elif bus_ride=='2':
                    cur_bus=float(num_bus)*4 +(float(num_bus)*4*.05) #for suburub fare rate is different
                    print("current bus fair is "+str(cur_bus))
                    total_bus_fair=total_bus_fair+cur_bus
                    total_transport_fare=total_transport_fare+cur_bus
                elif bus_ride=='3':
                    cur_bus=float(num_bus)*10 +(float(num_bus)*10*.05)
                    print("current bus fair is "+str(cur_bus))
                    total_bus_fair=total_bus_fair+cur_bus
                    total_transport_fare=total_transport_fare+cur_bus #total transport fair is updated
        elif transport=='2':
            taxi_type=input("Input Taxy type :[1:Day 2:Night]")
            num_taxy=input ("NUmber of taxy_ride ")
            if taxi_type=='1':
                cur_tax=float(num_taxy)*0.5+(float(num_taxy)*0.5*.05)
                print("current taxy fair is "+str(cur_tax))
                total_taxi_fair=total_taxi_fair+cur_tax #total taxi fair is updated
                total_transport_fare=total_transport_fare+cur_tax
            elif taxi_type=='2':
                cur_tax=float(num_taxy)*1+(float(num_taxy)*1*.05)
                print("current taxy fair is "+str(cur_tax))
                total_taxi_fair=total_taxi_fair+cur_tax
                total_transport_fare=total_transport_fare+cur_tax #total transport fair is updated
        elif transport=='3':
            if (passenger=='2' or passenger=='3' or passenger=='4'):
                print("Current ride is free")
            else:
                num_metro=input ("NUmber of metro stations ")
                cur_metro=float(num_metro)*5+(float(num_metro)*5*.05)
                print("current metro fair is "+str(cur_metro))
                total_metro_fair=total_metro_fair+cur_metro
                total_transport_fare=total_transport_fare+cur_metro
        else:
            print("Invalid transport!") #error for invalid transport input
            continue
        print()
        print("total bus fair is "+str(total_bus_fair))
        print("total taxy fair is "+str(total_taxi_fair)) #display the results
        print("total metro fair is "+str(total_metro_fair))
        print("total transportation fair is "+str(total_transport_fare))
    else:
        print(passenger)
        print("Invalid passenger type") #error for invalid passenger type
        continue

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About The Author - Dr. Alex Morgan

Dr. Alex Morgan is a seasoned computer science educator with a passion for teaching algorithm development and Python programming. With extensive experience in designing comprehensive curriculum, Dr. Morgan guides students through complex concepts, fostering a deep understanding of programming fundamentals and problem-solving techniques.