Challenge 1: Four Types, One Script — Possible Solution
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age = 30
price = 19.99
name = "Philip"
is_ready = True

print(age, type(age))
print(price, type(price))
print(name, type(name))
print(is_ready, type(is_ready))

Output:
30 <class 'int'>
19.99 <class 'float'>
Philip <class 'str'>
True <class 'bool'>

WHY THIS WORKS AS AN ANSWER
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Each variable is assigned a literal value matching its intended type
exactly as this chapter's own examples did — a whole number for int,
a decimal for float, quoted text for str, and the capitalized True
for bool (a common early typo is writing true, which Python doesn't
recognize at all since it's case-sensitive).

Each print() call passes both the value AND type(value) as two
separate arguments — per Chapter 1's own print() section, multiple
arguments are automatically space-joined, so both the value and its
type are visible on the same line without needing string
concatenation or an f-string.