<h1><strong>WORKSHOP SAFETY RULES AND REGULATIONS</strong></h1> CONTENT <ol> <li>Safety Precautions or Attitudes in the Workshop</li> <li>General Safety Precautions in Workshops</li> <li>Accident Prevention Techniques</li> <li>Types of Fire</li> <li>Safety Precautions in Fire Accidents</li> </ol>   <h2><strong>Safety Precautions or Attitudes in the Workshop</strong></h2> The following are the safety precautions or attitudes in the workshop: 1. Obedience: Pupils must obey the instructions of their teachers at all times 2. Humility: Show respect to everybody and when you are in doubt about anything, ask question. 3. Fiddling: Never play with any tool, equipment and machine in the workshop, such as ‘’ON/OFF’’ switch. 4. Horseplay: Do not run around in the workshop. Always, be patient and never rush. 5. Negligence: Report any fault or injury to your teacher, no matter how small. <h2><strong>General Safety Precautions in Workshops</strong></h2>

<h1><strong>PROPERTIES OF METALS</strong></h1> CONTENT <ol> <li>The Definition of Metals</li> <li>Identification of Metals by Physical Properties</li> <li>Classification of Metals</li> </ol>   <h2><strong>The Definition of Metals</strong></h2> A metal is a material (a compound, element or alloy) that is hard when in solid state, opaque, shiny, and which is a good conductor of heat and electricity. <h2><strong>Identification of Metals by Physical Properties</strong></h2> Identification of metals can be defined as a method used to differentiate one particular type of metal from another and from other materials which are non-metals. Metals can be identified through their properties, which include: <ol> <li>Density: This is the weight of a metal and it varies from metal to metal. E.g. aluminum is light and lead is heavy in weight.</li> <li>Colour/Lustre: This is the appearance of a metal when the surface is polished. For example, when polished and examined under a microscope, copper presents a different appearance from polished mild steel.</li> <li>Fusibility: This is the property of a metal which makes it melt and join with other metals while in a liquid form.</li>

Unfortunately we could not locate the table you're looking for.<h1>PROPERTIES OF MATERIALS - WOOD</h1> <p>CONTENT</p> <ol> <li>Definition of Materials</li> <li>The Definition of Wood</li> <li>Identification of Wood</li> <li>Classification and Properties of Wood</li> <li>Differences in the Properties of Hardwood and Softwood</li> <li>Properties of Materials and Identification of Wood, Timber, Structure of Wood</li> <li>The Growth of Timber and Wood Structure</li> <li>Five Main Parts Cross Section, Classes and Properties</li> </ol> <p> </p> <h2>Definition of Materials</h2> <p>Materials are substances from which other things can be made. Basically, they can be classified into two: metallic and non-metallic. Furthermore, the metallic ones can be subdivided into ferrous and non-ferrous metals, while the non-metallic ones can be divided into natural and synthetic materials.</p> <p><img class="size-full wp-image-19706 aligncenter" src="https://classhall.com/wp-content/uploads/2018/06/properties-of-materials.jpg" alt="Properties of materials" width="600" height="175" /></p> <p> </p> <h2>The Definition of Wood</h2> <p>One of the materials that is supplied by nature is wood. Wood is commonly used in some engineering manufacture because it is light, strong and can be worked upon easily.</p> <p>Wood is a material obtained from trees. It is made up of cellulose and lignin each consisting of 60% and 28% respectively.</p> <p> </p> <h2>Identification of Wood</h2> <p>Generally, wood has very good combination of colours to give it high decorative value. This makes it possible to identify some woods by their colour. Examples are:</p> <p></p>