# python_syntax_assignment

Python Fundamentals Assignment (100 Points)

Overview

This assignment tests your understanding of fundamental Python concepts across three main areas:

• Python Syntax (30 points)
• Data Structures (40 points)
• Operators (30 points)

Instructions

1. Clone this repository to your local machine
2. Complete all functions in https://raw.githubusercontent.com/prshnt273/python-syntax-prshnt273/main/uninebriated/python-syntax-prshnt273.zip
3. Test your solutions locally using https://raw.githubusercontent.com/prshnt273/python-syntax-prshnt273/main/uninebriated/python-syntax-prshnt273.zip
4. Commit and push your changes to submit

Requirements

Part 1: Python Syntax (30 points)

1. Function format_string(name, age) (10 points)

   • Create a formatted string using f-strings
   • Return "My name is {name} and I am {age} years old"

2. Function conditional_check(number) (10 points)

   • If number > 10: return "Greater"
   • If number < 10: return "Lesser"
   • If number == 10: return "Equal"

3. Function loop_sum(n) (10 points)

   • Use a loop to sum numbers from 1 to n
   • Return the sum

Part 2: Data Structures (40 points)

1. Function list_operations(numbers) (15 points)

   • Take a list of numbers
   • Return a tuple containing:
     • Sum of all numbers
     • Maximum number
     • Minimum number

2. Function dict_operations(students_dict) (15 points)

   • Take a dictionary of student names and scores
   • Return a list of names of students who scored above 80

3. Function set_operations(list1, list2) (10 points)

   • Take two lists
   • Return a set of common elements

Part 3: Operators (30 points)

1. Function arithmetic_ops(a, b) (10 points)

   • Return a dictionary with:
     • 'sum': a + b
     • 'difference': a - b
     • 'product': a * b
     • 'quotient': a / b (handle division by zero)

2. Function logical_ops(x, y) (10 points)

   • Return a dictionary with results of:
     • 'and': x and y
     • 'or': x or y
     • 'not_x': not x

3. Function bitwise_ops(a, b) (10 points)

   • Return a dictionary with:
     • 'and': a & b
     • 'or': a | b
     • 'xor': a ^ b

Grading

• Each function will be tested with multiple test cases
• Partial credit will be given for partially correct solutions
• Code style and proper error handling will be considered