Good job! When we use tuples as real-world objects, we typically create functions that operate on these tuples. Take a look:
def rate_deal(car_tuple):
_, price, mileage = car_tuple
if price > 50000 and mileage > 500000:
print('This is not a good deal: high price and high mileage!')
elif price < 10000 and mileage < 100000:
print('This looks like a really good deal: low price and low mileage!')
else:
print('This looks like an OK deal.')
The function above is meant to estimate whether a given car is worth its price. Note that we used tuple unpacking on the second line to get access to certain elements of the tuple.
Create a function named calculate_new_salary(employee) that will return an employee's salary after the raise. The employee argument is a tuple with three elements: name, position, and salary, as shown in the template code.
The raise is calculated as 10% of salary for those whose position is 'SQL Analyst' and 5% of salary for all others.
Unpack the tuple in the following way:
_, position, salary = employee
Then, if a position is equal to 'SQL Analyst', return salary*1.1. Otherwise, return salary*1.05.
