The Homework Library (HL) is a database of solved homework problems derived from the endless collaborations between our tutors and students. Every item in the HL is the result of one of our tutors helping to raise a student's understanding and skills to a level sufficient to produce the final product on display in the HL, a testament to the success of the academic partnership.

HL materials are not original and are therefore made available for the sole purpose of studying and learning.

The HL was created for students who need immediate help, and in many cases you can find step-by-step explanations on how to solve a problem. If you don’t find what you are looking for within our HL database, please reach out to one of our tutors and schedule a tutoring session.

Real Analysis Problem

$2.00

Real Analysis

Bolzano Weierstrass

Sequence

Subsequence

Converge

Diverge

Unbounded Set

10 Problems with Functions, Sets, Recurrence Relations, Modular Operations, and Equivalence

$7.00

Recurrence

Relation

Set

Operation

Function

One-to-one

Onto

Rule

Counterexample

Intersection

Union

Difference

Subset

Mod

Fibonacci

Sequence

Induction

Equivalence

Relation

Reflexive

Symmetric

Transitive

Class

Recurrence

Relation

Set

Operation

Function

One-to-one

Onto

Rule

Counterexample

Intersection

Union

Difference

Subset

Mod

Fibonacci

Sequence

Induction

Equivalence

Relation

Reflexive

Symmetric

Transitive

Class

Subgraph Isomorphism, Independent Set, and Scheduling with Profits and Deadlines NP Problems

$6.00

Subgraph

Isomorphism

Independent

Set

Scheduling

Profit

Deadline

NP

NP-Hard

NP-Complete

Problem

Undirected

Graph

Vertices

Edge

Decision

Optimization

Clique

Task

Time

Machine

Processing

Subset

Sum

Class

Complexity

Subgraph

Isomorphism

Independent

Set

Scheduling

Profit

Deadline

NP

NP-Hard

NP-Complete

Problem

Undirected

Graph

Vertices

Edge

Decision

Optimization

Clique

Task

Time

Machine

Processing

Subset

Sum

Class

Complexity

Dynamic Programming Model for A Version of Job Scheduling Problem

$6.00

Knapsack

Reduction

Algorithm

Complexity

Problem

Job

Scheduling

Dynamic

Programming

OPT

Optimal

Swapping

Exchange

Argument

Playful

Subset

Deadline

Value

Size

Profit

Function

Solution

Set

Array

Two

Dimensional

Selection

Reorder

M

Knapsack

Reduction

Algorithm

Complexity

Problem

Job

Scheduling

Dynamic

Programming

OPT

Optimal

Swapping

Exchange

Argument

Playful

Subset

Deadline

Value

Size

Profit

Function

Solution

Set

Array

Two

Dimensional

Selection

Reorder

M

NP-Complete & Polynomial-Reducible Problems

$10.00

Computer Science

Data Structures

Algorithm

Design

NP

NP-Complete

NP-Hard

Polynomial Reducible

Bin Packing

Partition

Sum

Longest Path

Shortest Path

Instance

Reduction

Capacity

Edge

Weight

Subset

Computer Science

Data Structures

Algorithm

Design

NP

NP-Complete

NP-Hard

Polynomial Reducible

Bin Packing

Partition

Sum

Longest Path

Shortest Path

Instance

Reduction

Capacity

Edge

Weight

Subset

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