Store the 5 questions with their answers in a list, shuffle it with random.shuffle() so the display order is random, collect responses, then use score() to count correct answers and remark(scorevalue) to print the message from the table.

import random

quiz = [["What is the capital of India?", "new delhi"],
        ["Which planet is called the Red Planet?", "mars"],
        ["What is the currency of Japan?", "yen"],
        ["Which is the largest ocean in the world?", "pacific"],
        ["Which is the national bird of India?", "peacock"]]

def score(responses):
    total = 0
    for given, correct in responses:
        if given.strip().lower() == correct:
            total += 1
    return total

def remark(scorevalue):
    remarks = ["General knowledge will always help you. Take it seriously.",
               "Needs to take interest", "Read more to score more",
               "Good", "Excellent", "Outstanding"]
    print("Your score:", scorevalue, "out of 5") …

The idea. This task combines three things the chapter teaches: the random module (for the random display order), and two user-defined functions that split the work cleanly — score() computes, remark() presents. Indexing a list by the score is a neat way to store the remarks table: remarks[0] is the message for 0, … remarks[5] for 5.

import random

quiz = [["What is the capital of India?", "new delhi"],
        ["Which planet is called the Red Planet?", "mars"],
        ["What is the currency of Japan?", "yen"],
        ["Which is the largest ocean in the world?", "pacific"],
        ["Which is the national bird of India?", "peacock"]]

def score(responses):
    """Return the number of correct responses."""
    total = 0
    for given, correct in responses:
        if given.strip().lower() == correct:
            total = total + 1
    return total

def remark(scorevalue):
    """Display the remark for the final score (0..5)."""
    remarks = ["General knowledge will always help you. Take it seriously.",
               "Needs to take interest",
               "Read more to score more",
               "Good",
               "Excellent",
               "Outstanding"]
    print("Your score:", scorevalue, "out of 5")
    print("Remark:", remarks[scorevalue])

random.shuffle(quiz)              # questions come up in random order
responses = []
for question, answer in quiz:
    reply = input(question + " ")
    responses.append([reply, answer])

remark(score(responses))

Key lines

• random.shuffle(quiz) — reorders the list in place, so every run asks the questions in a different order.
• score() compares each response (lower-cased, stripped) with the stored answer and returns the count — a pure computation. …