Carpentry Test Questions & Answers PDF

Carpentry test questions and answers pdf: Unlocking the secrets to carpentry success starts here. This comprehensive guide dives deep into the world of carpentry assessments, equipping you with the knowledge and tools needed to excel in any carpentry test. From fundamental skills to advanced techniques, we cover it all. Get ready to master the art of wood, one question at a time.

This resource provides a structured approach to preparing for carpentry tests. It covers everything from understanding the common topics and question formats to mastering practical skills and safety procedures. Whether you’re a seasoned carpenter brushing up on your knowledge or a beginner embarking on your carpentry journey, this guide is your trusted companion. Explore the various types of carpentry tests, the crucial skills, and the most frequent test questions.

Learn to interpret different question formats and discover effective preparation strategies for both written and practical tests. This comprehensive resource also provides insights into the properties of different wood types, advanced techniques, and valuable learning resources.

Introduction to Carpentry Tests

Carpentry tests are crucial assessments in the construction industry, ensuring individuals possess the necessary skills and knowledge to perform tasks safely and effectively. They evaluate practical abilities, theoretical understanding, and communication skills vital for success in this demanding field. Passing these tests often becomes a prerequisite for employment, advancement, or licensure.These assessments are designed to evaluate the complete range of carpentry expertise, from fundamental hand tools and basic construction techniques to more complex framing systems, finishing details, and the safe use of power tools.

The varied types of tests cater to different aspects of carpentry proficiency.

Types of Carpentry Tests

Carpentry tests encompass a variety of formats to comprehensively assess candidates. These formats include practical demonstrations, written examinations, and, occasionally, oral interviews. Each format targets different aspects of a candidate’s abilities.

• Practical tests involve hands-on tasks, requiring candidates to construct specific items or complete assigned projects using appropriate tools and techniques. These assessments evaluate practical application and proficiency in applying carpentry knowledge in a real-world setting.
• Written tests typically cover theoretical aspects of carpentry, such as building codes, safety regulations, material science, and design principles. Candidates demonstrate their comprehension of the fundamental concepts and principles of carpentry.
• Oral tests, less common, assess a candidate’s communication and problem-solving skills in a structured interview format. This allows examiners to evaluate a candidate’s ability to articulate their knowledge and reasoning in carpentry-related situations.

Common Topics Covered, Carpentry test questions and answers pdf

Carpentry tests often include a wide range of topics, from basic measurements and calculations to advanced construction techniques and safety protocols. This comprehensive approach ensures that candidates possess a solid foundation in all relevant areas.

• Safety procedures and regulations form a crucial part of any carpentry test. Candidates need to understand and adhere to safety standards to prevent accidents on construction sites.
• Material knowledge, including properties, uses, and application methods, is essential. Tests evaluate candidates’ ability to select and use appropriate materials for specific projects.
• Tool identification and usage are fundamental aspects of carpentry. Tests often assess a candidate’s understanding of various tools and their correct application.
• Measuring, marking, and cutting techniques are essential for precision and accuracy in carpentry work. Tests may involve tasks requiring these techniques.
• Basic and advanced framing methods, from simple wall framing to complex roof systems, are crucial for construction projects. Tests assess candidates’ comprehension and application of these techniques.
• Finishing techniques, including surface preparation, painting, and staining, are also evaluated in carpentry tests. This demonstrates a candidate’s ability to complete a project to a high standard.

Structure of a Typical Carpentry Test

The structure of a carpentry test can vary, but typically follows a defined pattern to evaluate the candidate’s skills comprehensively.

Section	Description	Weighting
Practical Application	Hands-on tasks involving construction and assembly	40%
Written Knowledge	Theoretical questions on building codes, materials, and safety	30%
Oral Assessment (optional)	Interview-style questioning on practical scenarios and problem-solving	30%

Essential Carpentry Skills for Tests

Mastering the fundamentals of carpentry is key to acing those tests. These skills aren’t just about rote memorization; they’re about understanding the ‘why’ behind each technique, allowing you to apply your knowledge effectively in real-world scenarios. Think of it as learning a language—understanding the grammar (the rules) lets you speak (apply the skills) fluently.A strong foundation in carpentry is vital for both novice and seasoned professionals alike.

Whether you’re aiming for a certification or simply seeking to enhance your skills, the following insights will empower you with the knowledge needed to excel. Understanding the core concepts and practicing the exercises will provide a strong foundation for tackling any carpentry test.

Fundamental Carpentry Skills

Fundamental carpentry skills are the building blocks of any successful carpentry project. Proficiency in these areas ensures accurate measurements, precise cuts, and durable constructions. These skills form the bedrock of any carpentry endeavor.

• Accurate Measurement and Marking: Precise measurements are paramount in carpentry. Errors in measurement lead to costly mistakes, whether it’s in a small repair or a large construction project. Understanding and applying various measurement techniques, including using rulers, tape measures, levels, and squares, is essential. Marking materials accurately ensures precise cuts and a finished product that meets specifications. A skilled carpenter always double-checks measurements, particularly for critical dimensions.

• Sawing and Cutting Techniques: Different types of saws are designed for various materials and cuts. Mastering these tools and techniques is crucial for producing clean, accurate cuts. Knowing when to use a handsaw, a circular saw, or a reciprocating saw is essential for efficiency and safety. A well-maintained saw and proper technique are key to avoiding injury and achieving a smooth cut.

• Fastening and Joining Techniques: A carpenter must be proficient in various fastening and joining methods, such as using nails, screws, bolts, and adhesives. Understanding the appropriate type and size of fasteners for different materials and applications is essential for ensuring structural integrity. Properly executed joints contribute to a strong and durable final product.

Woodworking Tools and Their Applications

Choosing the right tool for the job is crucial in carpentry. This section details various woodworking tools and their specific applications.

Tool	Description	Application
Hand Saw	A saw with a long, thin blade for making straight cuts in wood.	Cutting wood for various projects, including simple repairs and basic framing.
Circular Saw	A power saw with a circular blade for making straight and angled cuts in wood.	Making precise cuts in large pieces of wood, often in construction or larger projects.
Tape Measure	A flexible measuring tool for measuring distances.	Measuring various lengths, widths, and heights for projects.
Level	A tool used to determine if a surface is perfectly horizontal or vertical.	Ensuring that surfaces are level, such as when installing cabinets or shelves.
Drill	A tool used to create holes in various materials.	Creating holes for screws, nails, and other fasteners.

Knowing the proper use of each tool prevents damage and injury, and helps produce high-quality work.

Practical Exercises

Practical exercises are vital for solidifying theoretical knowledge and gaining hands-on experience. These exercises will reinforce your understanding of the skills Artikeld earlier.

• Cutting a Straight Line: Use a handsaw or circular saw to cut a straight line on a piece of wood according to specified measurements. Ensure accuracy in measurement and cutting technique. A straight edge and a marking gauge can help maintain accuracy.
• Creating a Joint: Practice creating various joints, such as a butt joint, a miter joint, or a mortise and tenon joint. Consider the strength and stability required for the joint and the materials involved. Proper clamping is crucial for maintaining alignment during the joining process.

Common Carpentry Test Questions

Navigating the world of carpentry tests can feel like tackling a complex puzzle. Knowing the types of questions to expect is crucial for success. This section delves into the common queries, offering examples and explanations to help you prepare effectively. The key is understanding the core concepts and how they translate into practical application.Understanding the typical questions in a carpentry test is like having a roadmap.

It allows you to focus your study efforts and build confidence. This section Artikels the most frequent question types, providing detailed explanations and examples. It’s about anticipating the questions, not just memorizing answers.

Measurement and Calculation Techniques

Accurate measurements are fundamental in carpentry. Tests often assess your ability to calculate material lengths, areas, and volumes for various projects. This section will help you understand the types of calculations commonly tested.

• Understanding different measurement units (inches, feet, meters, centimeters) is essential for accurate calculations. Conversion between units is a common test topic.
• Calculating the area of various shapes, including rectangles, triangles, and circles, is vital for estimating material needs for projects like flooring and roofing.
• Estimating the volume of materials, such as lumber and concrete, is crucial for project planning. Formulas for calculating volume are often tested.
• Calculating board footage is frequently assessed. Understanding how to determine the volume of lumber is a significant part of material estimation.

Basic Carpentry Principles

A solid understanding of basic carpentry principles is critical for successful construction. This section focuses on the key concepts frequently appearing in carpentry tests.

• Understanding different types of wood and their properties (strength, density, durability) is essential. Tests often assess your knowledge of wood types and their suitability for specific applications.
• Knowing how to use various hand tools (saw, hammer, level, square) effectively is vital. Tests may ask about proper tool usage and safety procedures.
• Proper use of power tools (circular saw, drill press, table saw) is another critical skill tested. Tests often include questions on safety protocols and proper operation.
• Understanding the importance of precision and accuracy in carpentry is key. Tests often assess your ability to create precise cuts and measurements.

Construction Techniques and Materials

Tests frequently cover various construction techniques and the materials used in carpentry projects.

• Different types of fasteners (nails, screws, bolts) and their appropriate use are crucial. Tests may assess your knowledge of selecting and using the correct fasteners.
• Understanding various joinery techniques (mortise and tenon, dovetail, half-lap) and their applications is critical. Questions often focus on the strength and stability of different joints.
• Recognizing different types of lumber (softwood, hardwood) and their suitability for specific applications is essential. Tests often assess your knowledge of the characteristics of various wood types.
• Knowing the proper methods for installing different types of flooring (wood, tile, laminate) is tested. Practical questions on flooring installation procedures are common.

Safety and Regulations

Safety and compliance with building codes are crucial in carpentry. This section focuses on the essential safety regulations and procedures tested in carpentry exams.

• Understanding safety procedures and equipment (safety glasses, gloves, hard hats) is a fundamental aspect of carpentry. Tests often assess your knowledge of safety regulations.
• Knowing the different types of safety equipment and their appropriate usage is essential for a safe work environment. Examples of safety procedures are often included in the test.
• Complying with local building codes and regulations is vital. Tests may include questions about local regulations related to carpentry work.
• Understanding the importance of hazard identification and risk assessment in a carpentry work environment is a vital component of the test.

Multiple Choice Question Examples

Question Type	Example	Explanation
Material Selection	Which wood type is best suited for exterior applications?	Assesses knowledge of wood properties and suitability for different environments.
Tool Usage	What is the correct procedure for using a circular saw?	Tests understanding of tool operation and safety.
Calculation	Calculate the board footage of a 2×4 that is 8 feet long.	Assesses the ability to perform basic calculations.
Joinery	Which joinery technique provides the strongest connection between two pieces of wood?	Evaluates understanding of different joinery methods and their strengths.

Analyzing Test Question Formats

Understanding the different question formats used in carpentry tests is crucial for effective preparation and successful performance. Different question types assess different skills and knowledge levels, and recognizing these differences allows for more focused study and better test-taking strategies. This section delves into the specifics of various question types, their strengths, weaknesses, and the most effective approaches to answering them.Effective preparation for carpentry tests involves not only mastering the material but also understanding how the information will be assessed.

This understanding allows for a strategic approach to studying and answering questions, maximizing your chances of success. Different question formats challenge your knowledge in distinct ways, requiring different approaches to achieve the best results.

True/False Questions

True/false questions are common in carpentry tests because they quickly assess basic knowledge and comprehension. They often cover definitions, fundamental principles, and safety procedures. A crucial aspect of answering these questions is carefully reading the statement and considering all possibilities.

• Strengths: Efficient in assessing broad knowledge, relatively quick to answer.
• Weaknesses: Can be overly simplistic, sometimes ambiguous statements may lead to incorrect interpretation.
• Answering Strategy: Carefully read each statement, consider all aspects, and eliminate any doubt by actively thinking about the implications of the statement.

Multiple Choice Questions

Multiple choice questions present a set of possible answers, and you must select the correct one. These questions often test more in-depth knowledge and application of concepts.

• Strengths: Evaluate understanding of concepts and application of principles, allowing for a more nuanced assessment of knowledge.
• Weaknesses: Can be time-consuming if not approached strategically, some choices may be very similar, leading to confusion.
• Answering Strategy: Carefully read the question and all possible answers, eliminate obviously incorrect options, and consider the best fitting answer based on your understanding of the material.

Short Answer Questions

Short answer questions require a concise response to a specific question or prompt. They are used to assess your ability to recall facts, apply procedures, and communicate your understanding in a brief, focused manner.

• Strengths: Evaluate the ability to recall information, demonstrate understanding and application of principles, promote concise communication skills.
• Weaknesses: Require precise and succinct responses, sometimes prone to ambiguity if the answer isn’t clearly articulated.
• Answering Strategy: Focus on answering the specific question, provide relevant details, and ensure your response is clear and understandable.

Essay Questions

Essay questions often require a more in-depth analysis and synthesis of information. They test your ability to organize thoughts, present arguments, and support your conclusions with specific examples from your knowledge base.

• Strengths: Evaluate critical thinking, analytical skills, and ability to synthesize complex information, providing a more comprehensive assessment of understanding.
• Weaknesses: Time-consuming, requires well-structured thought processes and organization, potential for lack of clarity and focus.
• Answering Strategy: Plan your response, Artikel your key points, provide supporting details and examples, and ensure a logical flow of ideas.

Table of Question Types

Question Type	Strengths	Weaknesses
True/False	Efficient, assesses basic knowledge	Overly simplistic, potential for ambiguity
Multiple Choice	Assesses in-depth knowledge and application	Time-consuming, similar options can be confusing
Short Answer	Evaluates recall, understanding, and application	Requires conciseness, potential for ambiguity
Essay	Evaluates critical thinking, analysis, and synthesis	Time-consuming, requires well-structured thought

Practical Carpentry Test Preparation

Mastering carpentry demands more than just theoretical knowledge; it’s about practical application. A successful practical test hinges on meticulous preparation, focusing on the nuances of the craft. This section delves into the crucial steps for acing your practical carpentry exam.Effective preparation involves far more than simply memorizing rules. It’s about internalizing the techniques, developing a keen eye for detail, and instilling a safety-conscious mindset.

Practical carpentry is about hands-on skill and problem-solving.

Essential Preparation Strategies

Thorough preparation is key to success in any practical test. It’s about understanding the test’s format and requirements, and then developing the skills and knowledge needed to demonstrate competency. Understanding the specific requirements of the test and focusing on your weaknesses will help in maximizing your performance. Regular practice is vital for refining techniques and building confidence.

Mock Tests and Exercises

Mock tests replicate the exam environment, offering invaluable experience. They provide an opportunity to identify areas needing improvement. Simulating real-world scenarios in a controlled setting helps build confidence and familiarity with the tasks. Use a variety of mock questions to assess your strengths and weaknesses, and focus on areas where you need to improve.

Importance of Practicing Safety Procedures

Safety should always be paramount in carpentry. Accidents can have severe consequences, impacting both personal well-being and the project’s outcome. Understanding and rigorously applying safety procedures is not just a formality; it’s a fundamental responsibility. Demonstrating safety awareness is critical in any practical exam.

Importance of Proper Tool Handling and Maintenance

Tools are extensions of your skills; their proper use and maintenance are essential for efficient and safe work. Familiarity with each tool’s function and proper handling techniques will significantly impact your performance. Maintaining your tools ensures their optimal function and extends their lifespan.

Importance of Accuracy and Precision in Practical Tests

Precision and accuracy are the cornerstones of high-quality carpentry work. Practical tests often evaluate your ability to meet specific dimensions and tolerances. Diligence in measuring and marking, coupled with precise execution, is crucial. It’s about creating quality work that stands the test of time.

Safety Precautions for Carpentry Work

Safety Procedure	Description	Importance
Wearing appropriate safety gear	Using safety glasses, hard hats, gloves, and sturdy footwear.	Protects against flying debris, head injuries, cuts, and slips.
Proper use of scaffolding	Using secure and properly erected scaffolding.	Prevents falls and ensures stability during elevated work.
Electrical safety precautions	Checking for live wires and using insulated tools.	Avoids electrocution and electrical hazards.
Proper handling of power tools	Following manufacturer’s instructions and using appropriate safety features.	Reduces the risk of accidents and injuries associated with power tools.
Regular tool inspections	Checking tools for damage and wear before each use.	Ensures tools are in optimal working condition and avoids potential malfunctions.

Understanding Common Carpentry Materials: Carpentry Test Questions And Answers Pdf

Choosing the right wood for a project is crucial for its longevity and aesthetic appeal. Knowing the properties of different woods allows carpenters to make informed decisions, ensuring their work stands the test of time. From the strength of oak to the flexibility of pine, understanding these differences is key to success.Wood, a renewable resource, comes in a diverse range of species, each with unique characteristics.

These variations in structure, density, and grain affect its suitability for various applications. Careful consideration of these properties ensures projects are built to last and look their best.

Wood Types and Their Properties

Different types of wood exhibit distinct properties, influencing their suitability for specific tasks. These differences in grain, density, and strength are critical factors when selecting materials for construction.

• Hardwoods, such as oak, maple, and cherry, are known for their durability, strength, and resistance to decay. Their dense structure makes them ideal for furniture, flooring, and exterior applications where longevity is essential. For example, oak’s hardness and tight grain make it perfect for heavy-duty construction projects.
• Softwoods, like pine, fir, and cedar, are generally lighter and less dense than hardwoods. These characteristics translate into easier workability, making them suitable for framing, sheathing, and less demanding projects. Pine’s soft nature allows for faster cutting and shaping, ideal for larger projects like roof structures.

Durability of Different Materials

The longevity of a carpentry project depends significantly on the durability of the materials used. Factors such as moisture resistance, rot resistance, and insect resistance all play a role.

• Moisture Resistance: Some woods, like cedar and redwood, are naturally resistant to moisture, making them suitable for exterior applications. These woods often contain natural oils that help repel moisture and prevent decay. In contrast, woods like pine, if not properly treated, can absorb moisture and be susceptible to damage.
• Rot Resistance: Certain woods, like treated lumber or pressure-treated pine, have undergone treatments to resist rot and decay. This is crucial for projects exposed to the elements or in high-moisture environments. Hardwoods, while naturally resistant, may still require additional treatment in demanding conditions.
• Insect Resistance: Some woods have natural properties that deter insects, like termites and carpenter ants. Preservative treatments can further enhance this resistance. This is important for long-term structural integrity, especially in areas with a higher risk of insect infestation.

Selecting Appropriate Materials

The selection of carpentry materials is a critical aspect of project success. It depends on factors like the intended use, the budget, and the desired aesthetic.

• Intended Use: The application of the wood dictates the necessary properties. For example, a structural beam requires strength and durability, whereas a decorative trim piece might prioritize beauty and workability. This is crucial for selecting materials that meet the project’s specific needs.
• Budget: Different woods have varying costs. Understanding the cost implications helps in balancing quality and affordability. Budget considerations often influence the choice between hardwoods and softwoods, or between treated and untreated lumber.
• Desired Aesthetic: The look and feel of the finished project are essential. The grain, color, and texture of the wood can contribute significantly to the overall aesthetic. This aesthetic aspect is a significant factor in the selection process.

Common Wood Types and Their Properties

The table below summarizes common wood types, their properties, and typical applications.

Wood Type	Properties	Applications
Oak	Strong, durable, dense, stable	Flooring, furniture, beams, exterior siding
Pine	Soft, lightweight, easily worked, affordable	Framing, sheathing, interior trim, subfloors
Maple	Hard, strong, fine grain, durable	Furniture, cabinetry, flooring, veneer
Cedar	Naturally resistant to moisture and decay, fragrant	Exterior siding, decking, fence posts
Cherry	Beautiful grain, strong, durable	Furniture, cabinetry, trim, interior accents

Advanced Carpentry Techniques

Mastering advanced carpentry techniques is key to tackling complex projects and achieving precision in your work. These skills go beyond the basics, demanding a deeper understanding of materials, tools, and joinery. Proficiency in these areas will not only elevate your projects but also demonstrate a high level of craftsmanship.

Advanced Joinery Techniques

Advanced joinery techniques are crucial for creating strong, aesthetically pleasing, and durable structures. These methods often involve intricate cuts and precise measurements, demanding a keen eye for detail and a steady hand. Understanding these techniques will enable you to construct more complex and elaborate projects.

• Mortise and Tenon Joints: These joints are incredibly strong and are frequently used in furniture and structural applications. The mortise (hole) and tenon (projection) are cut precisely to ensure a tight fit. A skilled carpenter will use accurate measuring and precise cutting techniques to achieve a snug, secure joint. The use of specialized tools, such as mortise machines, can significantly improve efficiency and accuracy.

  This approach often results in a visually appealing, durable connection between two pieces of wood.

• Dovetail Joints: Dovetail joints are known for their exceptional strength and aesthetic appeal. The interlocking tails and pins create a strong, secure connection that is nearly impossible to pull apart. The precision required to execute these joints highlights the value of careful planning, precise measurements, and skilled use of tools. These joints are often seen in drawers and cabinets, where a robust and secure connection is paramount.

• Pocket Hole Joints: Pocket hole joints are used extensively in contemporary woodworking. They offer a fast and efficient method for creating strong connections, particularly for larger projects. Pre-drilling pocket holes into the wood and then fastening with screws creates a reliable joint that avoids the need for complex cuts. The use of pocket hole jig and screws significantly simplifies construction.

Advanced Woodworking Tools

A range of specialized tools can enhance the efficiency and quality of advanced carpentry work. Understanding these tools and their specific applications is crucial for achieving optimal results.

• Mortise Machine: A mortise machine significantly speeds up the process of creating mortises, enabling a more efficient and precise production of mortise and tenon joints, eliminating the need for manual chiseling. This is particularly valuable for high-volume or large-scale projects.
• Router with various bits: Routers, with their various bits, allow for intricate shaping and decorative elements in woodworking. Using a router to create decorative edges, grooves, and other intricate patterns enhances the aesthetic appeal of a project and is valuable for achieving unique design features.
• Band Saw: The band saw offers a precise and controlled way to cut curved or intricate shapes in wood. Its versatility makes it invaluable for creating complex curves and designs, particularly when working with intricate patterns and shapes.

Solving Complex Carpentry Problems

Complex carpentry problems often require careful analysis and a systematic approach. Thorough planning and detailed measurements are essential for success. Applying the correct techniques and selecting the appropriate tools can significantly reduce the likelihood of errors.

• Accurate Measurements: Accurate measurements are the foundation of any successful carpentry project. Double-checking measurements and using accurate measuring tools is paramount to avoid costly mistakes and ensure that the final product aligns with the design.
• Understanding Material Properties: Different woods have varying strengths and weaknesses. Understanding these properties is critical when choosing materials and designing joints to ensure that the structure is durable and stable.
• Visualizing the Project: Before starting any complex project, visualizing the final outcome and the steps required to achieve it is essential. A clear mental picture helps in planning and execution, preventing unforeseen problems during construction.

Comparing Advanced Joinery Techniques

Technique	Description	Applications
Mortise and Tenon	Two pieces of wood joined by a hole (mortise) and a projection (tenon).	Furniture, structural framing, cabinets
Dovetail	Interlocking tails and pins for a very strong connection.	Drawers, boxes, high-quality furniture
Pocket Hole	Pre-drilled holes for screws, used for joining wood quickly.	Framing, furniture, cabinets

Resources for Further Learning

Embarking on a carpentry journey is like setting sail on a vast ocean. While these test prep materials are your compass, expanding your knowledge through supplementary resources is crucial for mastering this craft. It’s not just about passing tests; it’s about building a solid foundation for a rewarding career.

Exploring Carpentry Books

Books are timeless treasures, filled with detailed explanations and practical advice. From fundamental techniques to advanced joinery, well-written carpentry books provide in-depth knowledge. Many offer step-by-step instructions, diagrams, and real-world examples, making learning more engaging and effective.

Navigating Online Carpentry Resources

The internet is a vast library of carpentry knowledge, offering countless resources for learning and practicing. Online courses, tutorials, and forums provide valuable insights and allow you to connect with other enthusiasts. These platforms often include interactive exercises and downloadable materials, enhancing your learning experience.

Finding Additional Study Materials

Searching for specific carpentry topics on reputable websites and forums can reveal a wealth of information. Online libraries, university websites, and specialized carpentry forums can be excellent sources of study materials. Look for articles, videos, and case studies that focus on the aspects of carpentry you need to improve.

Table of Useful Carpentry Resources

Resource	Type	Description
Fine Homebuilding Magazine	Magazine	Provides in-depth articles on modern techniques, materials, and design.
The Taunton Press	Book Publisher	Offers a wide range of carpentry books covering various aspects of the trade, from basic skills to advanced techniques.
YouTube Channels (e.g., The Family Handyman, Woodworking For Beginners)	Online Video Tutorials	Excellent for visual learners, offering practical demonstrations and explanations of different carpentry tasks.
Instructables	Online Community	A platform where users share projects, tutorials, and tips, allowing you to learn from diverse experiences.
Skillshare	Online Courses	Provides comprehensive online courses taught by experts, offering structured learning paths for various carpentry skills.
Wikipedia	Online Encyclopedia	Provides information on different carpentry techniques and tools, as well as historical context.