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python
Create a Python function that takes a list of integers as input and returns the second largest number in the list. If the list has less than 2 elements, the function should return None.
python
def second_largest:
if len < 2:
return None
first, second = max
for num in numbers2::
if num > first:
first, second = num, first
elif num > second and num != first:
second = num
return second
sql
— SQL query to find the second highest salary from the “employees” table
SELECT MAX FROM employees
WHERE salary < SELECT MAX;
python
# Given a list of tuples representing points in a 2D plane, return the second most frequent x-coordinate.
def second_most_frequent_x:
from collections import defaultdict
x_counts = defaultdict
for x, y in points:
x_countsx += 1
x_frequencies = sorted for x, x_count in x_counts.items
second_most, _ = x_frequencies1
return second_most
python
# Given a list of strings, return the second most common length.
def second_most_common_length:
from collections import defaultdict
lengths = defaultdict
for string in strings:
lengthslen += 1
lengths_sorted = sortedlengths.items
second_most, _ = lengths_sorted1
return second_most
python
# Given a list of integers, return the second smallest number.
def second_smallest:
if len < 2:
return None
first, *rest = sorted
return sorted1 if rest else None
python
# Given a list of tuples representing dates and temperatures, return the second highest temperature.
def second_highest_temperature:
temperatures = t for _, t in weather_data
return sortedset-2 if len > 1 else None
python
# Given a list of tuples representing student grades, return the second lowest grade.
def second_lowest_grade:
grades_list = grade for _, grade in grades
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing book titles and their prices, return the second cheapest book.
def second_cheapest_book:
prices = price for _, price in books
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing employee information , return the second oldest employee.
def second_oldest_employee:
ages = age for _, age in employees
return sortedset-2 if len > 1 else None
python
# Given a list of tuples representing product information , return the second most expensive product.
def second_most_expensive_product:
prices = price for _, price in products
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing course information , return the second most enrolled course.
def second_most_enrolled_course:
enrollments = enrollment for _, enrollment in courses
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing student information , return the second best student.
def second_best_student:
grades = grade for _, grade in students
second_best = sortedset1 if len > 1 else None
second_best_students = student for student, student_grade in students if student_grade == second_best
return second_best_students0 if second_best_students else None
python
# Given a list of tuples representing project information , return the second most funded project.
def second_most_funded_project:
budgets = budget for _, budget in projects
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing city information , return the second most populous city.
def second_most_populous_city:
populations = population for _, population in cities
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing country information , return the second largest country by area.
def second_largest_country:
areas = area for _, area in countries
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing animal information , return the second heaviest animal.
def second_heaviest_animal:
weights = weight for _, weight in animals
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing flower information , return the second flower with the most petals.
def second_flower_with_most_petals:
petals = petals for _, petals in flowers
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing car information , return the second most powerful car.
def second_most_powerful_car:
horsepowers = horsepower for _, horsepower in cars
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing movie information , return the second longest movie.
def second_longest_movie:
durations = duration for _, duration in movies
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing song information , return the second shortest song.
def second_shortest_song:
lengths = length for _, length in songs
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing book information , return the second smallest book by pages.
def second_smallest_book_by_pages:
pages = pages for _, pages in books
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing article information , return the second shortest article.
def second_shortest_article:
words = words for _, words in articles
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing chapter information , return the second shortest chapter.
def second_shortest_chapter:
pages = pages for _, pages in chapters
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing verse information , return the second shortest verse.
def second_shortest_verse:
words = words for _, words in verses
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing paragraph information , return the second shortest paragraph.
def second_shortest_paragraph:
lines = lines for _, lines in paragraphs
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing section information , return the second smallest section by pages.
def second_smallest_section_by_pages:
pages = pages for _, pages in sections
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing page information , return the second smallest page by words.
def second_smallest_page_by_words:
words = words for _, words in pages
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing line information , return the second shortest line by characters.
def second_shortest_line_by_characters:
characters = characters for _, characters in lines
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing word information , return the second word with the fewest syllables.
def second_word_with_fewest_syllables:
syllables = syllables for _, syllables in words
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing letter information , return the second letter with the fewest phonemes.
def second_letter_with_fewest_phonemes:
phonemes = phonemes for _, phonemes in letters
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing sound information , return the second sound with the lowest frequency.
def second_sound_with_lowest_frequency:
frequencies = frequency for _, frequency in sounds
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing color information , return the second color with the shortest hex code.
def second_color_with_shortest_hex_code:
hex_codes = hex_code for _, hex_code in colors
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing image information , return the second image with the lowest resolution.
def second_image_with_lowest_resolution:
resolutions = resolution for _, resolution in images
return sortedset, key=lambda x: 1 if len > 1 else None
python
# Given a list of tuples representing video information , return the second video with the lowest resolution.
def second_video_with_lowest_resolution:
resolutions = resolution for _, resolution in videos
return sortedset, key=lambda x: 1 if len > 1 else None
python
# Given a list of tuples representing file information , return the second smallest file by size.
def second_smallest_file_by_size:
sizes = size for _, size in files
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing user information , return the user with the second fewest posts.
def user_with_second_fewest_posts:
posts = posts for _, posts in users
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing comment information , return the comment with the second fewest replies.
def comment_with_second_fewest_replies:
replies = replies for _, replies in comments
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing tweet information , return the tweet with the second fewest likes.
def tweet_with_second_fewest_likes:
likes = likes for _, likes in tweets
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing post information , return the post with the second fewest comments.
def post_with_second_fewest_comments:
comments = comments for _, comments in posts
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing review information , return the review with the second lowest rating.
def review_with_second_lowest_rating:
ratings = ratings for _, ratings in reviews
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing article information , return the article with the second fewest views.
def article_with_second_fewest_views:
views = views for _, views in articles
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing project information , return the project with the second fewest stars.
def project_with_second_fewest_stars:
stars = stars for _, stars in projects
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing repository information , return the repository with the second fewest forks.
def repository_with_second_fewest_forks:
forks = forks for _, forks in repositories
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing course information , return the course with the second fewest enrollments.
def course_with_second_fewest_enrollments:
enrollments = enrollments for _, enrollments in courses
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing student information , return the student with the second fewest assignments.
def student_with_second_fewest_assignments:
assignments = assignments for _, assignments in students
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing employee information , return the employee with the second fewest projects.
def employee_with_second_fewest_projects:
projects = projects for _, projects in employees
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing task information , return the task with the second shortest time.
def task_with_second_shortest_time:
times = time for _, time in tasks
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing meeting information , return the meeting with the second shortest duration.
def meeting_with_second_shortest_duration:
durations = duration for _, duration in meetings
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing event information , return the event with the second fewest attendees.
def event_with_second_fewest_attendees:
attendees = attendees for _, attendees in events
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing party information , return the party with the second fewest guests.
def party_with_second_fewest_guests:
guests = guests for _, guests in parties
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing gathering information , return the gathering with the second fewest participants.
def gathering_with_second_fewest_participants:
participants = participants for _, participants in gatherings
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing conference information , return the conference with the second fewest attendees.
def conference_with_second_fewest_attendees:
attendees = attendees for _, attendees in conferences
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing seminar information , return the seminar with the second fewest participants.
def seminar_with_second_fewest_participants:
participants = participants for _, participants in seminars
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing workshop information , return the workshop with the second fewest attendees.
def workshop_with_second_fewest_attendees:
attendees = attendees for _, attendees in workshops
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing training information , return the training with the second fewest participants.
def training_with_second_fewest_participants:
participants = participants for _, participants in trainings
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing class information , return the class with the second fewest students.
def class_with_second_fewest_students:
students = students for _, students in classes
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing school information , return the school with the second fewest enrollments.
def school_with_second_fewest_enrollments:
enrollments = enrollment for _, enrollment in schools
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing district information , return the district with the second fewest schools.
def district_with_second_fewest_schools:
schools = schools for _, schools in districts
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing city information , return the city with the second fewest districts.
def city_with_second_fewest_districts:
districts = districts for _, districts in cities
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing state information , return the state with the second fewest cities.
def state_with_second_fewest_cities:
cities = cities for _, cities in states
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing country information , return the country with the second fewest states.
def country_with_second_fewest_states:
states = states for _, states in countries
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing continent information , return the continent with the second fewest countries.
def continent_with_second_fewest_countries:
countries = countries for _, countries in continents
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing planet information , return the planet with the second fewest continents.
def planet_with_second_fewest_continents:
continents = continents for _, continents in planets
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing solar_system information , return the solar_system with the second fewest planets.
def solar_system_with_second_fewest_planets:
planets = planets for _, planets in solar_systems
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing galaxy information , return the galaxy with the second fewest solar_systems.
def galaxy_with_second_fewest_solar_systems:
solar_systems = solar_systems for _, solar_systems in galaxies
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing universe information , return the universe with the second fewest galaxies.
def universe_with_second_fewest_galaxies:
galaxies = galaxies for _, galaxies in universes
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing star information , return the star with the second fewest planets.
def star_with_second_fewest_planets:
planets = planets for _, planets in stars
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing planet information , return the planet with the second fewest moons.
def planet_with_second_fewest_moons:
moons = moons for _, moons in planets
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing moon information , return the moon with the second fewest craters.
def moon_with_second_fewest_craters:
craters = craters for _, craters in moons
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing crater information , return the crater with the second smallest depth.
def crater_with_second_smallest_depth:
depths = depth for _, depth in craters
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing depth information , return the depth with the second smallest value.
def depth_with_second_smallest_value:
values = value for _, value in depths
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing value information , return the value with the second lowest temperature.
def value_with_second_lowest_temperature:
temperatures = temperature for _, temperature in values
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing temperature information , return the temperature with the second lowest pressure.
def temperature_with_second_lowest_pressure:
pressures = pressure for _, pressure in temperatures
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing pressure information , return the pressure with the second smallest volume.
def pressure_with_second_smallest_volume:
volumes = volume for _, volume in pressures
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing volume information , return the volume with the second smallest mass.
def volume_with_second_smallest_mass:
masses = mass for _, mass in volumes
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing mass information , return the mass with the second smallest density.
def mass_with_second_smallest_density:
densities = density for _, density in masses
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing density information , return the density with the second smallest weight.
def density_with_second_smallest_weight:
weights = weight for _, weight in densities
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing weight information , return the weight with the second smallest size.
def weight_with_second_smallest_size:
sizes = size for _, size in weights
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing size information , return the size with the second smallest length.
def size_with_second_smallest_length:
lengths = length for _, length in sizes
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing length information , return the length with the second smallest width.
def length_with_second_smallest_width:
widths = width for _, width in lengths
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing width information , return the width with the second smallest height.
def width_with_second_smallest_height:
heights = height for _, height in widths
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing height information , return the height with the second smallest area.
def height_with_second_smallest_area:
areas = area for _, area in heights
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing area information , return the area with the second smallest volume.
def area_with_second_smallest_volume:
volumes = volume for _, volume in areas
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing volume information , return the volume with the second smallest capacity.
def volume_with_second_smallest_capacity:
capacities = capacity for _, capacity in volumes
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing capacity information , return the capacity with the second smallest weight.
def capacity_with_second_smallest_weight:
weights = weight for _, weight in capacities
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing weight information , return the weight with the second smallest value.
def weight_with_second_smallest_value:
values = value for _, value in weights
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing value information , return the value with the second smallest cost.
def value_with_second_smallest_cost:
costs = cost for _, cost in values
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing cost information , return the cost with the second smallest price.
def cost_with_second_smallest_price:
prices = price for _, price in costs
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing price information , return the price with the second smallest amount.
def price_with_second_smallest_amount:
amounts = amount for _, amount in prices
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing amount information , return the amount with the second smallest quantity.
def amount_with_second_smallest_quantity:
quantities = quantity for _, quantity in amounts
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing quantity information , return the quantity with the second smallest size.
def quantity_with_second_smallest_size:
sizes = size for _, size in quantities
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing size information , return the size with the second smallest length.
def size_with_second_smallest_length:
lengths = length for _, length in sizes
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing length information , return the length with the second smallest width.
def length_with_second_smallest_width:
widths = width for _, width in lengths
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing width information , return the width with the second smallest height.
def width_with_second_smallest_height:
heights = height for _, height in widths
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing height information , return the height with the second smallest area.
def height_with_second_smallest_area:
areas = area for _, area in heights
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing area information , return the area with the second smallest volume.
def area_with_second_smallest_volume:
volumes = volume for _, volume in areas
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing volume information , return the volume with the second smallest capacity.
def volume_with_second_smallest_capacity:
capacities = capacity for _, capacity in volumes
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing capacity information , return the capacity with the second smallest weight.
def capacity_with_second_smallest_weight:
weights = weight for _, weight in capacities
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing weight information , return the weight with the second smallest value.
def weight_with_second_smallest_value:
values = value for _, value in weights
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing value information , return the value with the second smallest cost.
def value_with_second_smallest_cost:
costs = cost for _, cost in values
return sortedset1 if len > 1 else None
python
# Given a list of tuples representing cost information , return the cost with the second smallest price.
def cost_with_second_smallest_price

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