Pseudo Code Generator

Electricity Bill Calculation Pseudo Code

This pseudo code details the process for calculating an electricity bill based on two meter readings. It includes tiered pricing based on consumption levels, providing clear steps for inputs, calculations, and output formatting.

Prompt

def calculate_bill(current_reading, previous_reading):
    units_consumed = current_reading - previous_reading
      if units_consumed <= 50:
        bill = units_consumed * 0.50
    elif units_consumed <= 150:
        bill = (50 * 0.50) + ((units_consumed - 50) * 0.75)
    else:
        bill = (50 * 0.50) + (100 * 0.75) + ((units_consumed - 150) * 1.20)
     return bill

# Get user input
current_reading = int(input("Enter the current meter reading: "))
previous_reading = int(input("Enter the previous meter reading: "))

# Calculate the bill
bill_amount = calculate_bill(current_reading, previous_reading)

# Display the result
print(f"Electricity Bill: Nu. {bill_amount:.2f}")

Answer

Pseudo Code for Electricity Bill Calculation

Overview

This pseudo code outlines the steps for calculating an electricity bill based on the consumption measured between two meter readings. The pricing is tiered based on the number of units consumed.

Functions and Logic

Function: Calculate Bill

Input: current_reading, previous_reading
Output: bill

Steps:

Calculate Units Consumed
- units_consumed = current_reading - previous_reading
Determine Bill Amount Based on Consumption
- If units_consumed <= 50
  - bill = units_consumed * 0.50
- Else If units_consumed <= 150
  - bill = (50 * 0.50) + ((units_consumed - 50) * 0.75)
- Else
  - bill = (50 * 0.50) + (100 * 0.75) + ((units_consumed - 150) * 1.20
Return Bill Amount
- return bill

User Input and Output

Prompt User for Input
- current_reading = get user input("Enter the current meter reading: ")
- previous_reading = get user input("Enter the previous meter reading: ")
Calculate the Bill
- bill_amount = calculate_bill(current_reading, previous_reading)
Display Result
- print("Electricity Bill: Nu. " + format(bill_amount, ".2f"))

Complete Pseudo Code

FUNCTION calculate_bill(current_reading, previous_reading)
    units_consumed = current_reading - previous_reading
    
    IF units_consumed <= 50 THEN
        bill = units_consumed * 0.50
    ELSE IF units_consumed <= 150 THEN
        bill = (50 * 0.50) + ((units_consumed - 50) * 0.75)
    ELSE
        bill = (50 * 0.50) + (100 * 0.75) + ((units_consumed - 150) * 1.20)
    END IF
    
    RETURN bill
END FUNCTION

current_reading = get user input("Enter the current meter reading: ")
previous_reading = get user input("Enter the previous meter reading: ")

bill_amount = calculate_bill(current_reading, previous_reading)

print("Electricity Bill: Nu. " + format(bill_amount, ".2f"))

Conclusion

This pseudo code clearly represents the logic for calculating an electricity bill based on the input from meter readings, facilitating communication and documentation of the program logic. The structure is simple and follows a logical flow to enhance understanding.