Jassim
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Wood comes from trees and is used to make things like doors after being processed by machines. It floats in water and is strong. Metal can float or sink and is melted down by fire before being processed by machines to make other things, coming originally from rocks. Fabric is used to make many items, with some being soft and some hard, and it can be made from plants like cotton or from oil in the ground, and is generally good for making clothes.
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Ali, kgc
This document discusses three common materials - wood, metal, and fabric. Wood comes from trees, can float, and is hard and strong, making it useful for many applications. Metal comes from rocks, can either float or sink depending on the type, and is sharp. Fabric can be made from materials like wool from sheep, nylon from oil, or silk from worms, and while it can be both hard and soft, it is strong and versatile for making many items like clothes.
Ahmad kgc
Metal comes from rocks called ore and can stick together, hold heat, and sink. It is used to make many things. Wood comes from trees, with soft wood growing fast and hard wood growing slow, and it floats. People cut down trees and process the wood so it can be used, as it is hard and strong. Fabric can be made into many things and nylon is especially strong, while wool comes from animals.
Said
Wood comes from trees and can be soft or hard depending on the type of tree. It is used to make furniture like chairs and tables. Metal comes from rocks called ore and can float or sink in water. It conducts heat well and is shiny. Fabric is made from materials like wool from sheep, cotton from plants, and silk from worms. It is used to make blankets and other items.
Mohammad b
Metal can float or sink, be hard or soft, and comes from rock. It can be used to make many things. Wood comes from trees and its growth rings show how old it is. Soft wood grows slowly but wood is strong. Fabric is made from plant or animal fibers and can be woven or knitted into clothes, sheets, or other materials.
Siddig s
This document discusses the properties of three materials - metal, wood, and fabric. Metal comes from rocks, can float or sink, and is shiny and smooth. Many things are made of metal. Wood comes from trees, can float, is strong, and can be used to make chairs and beds. Fabric can be hard or soft, strong, and is made from sheep, oil or cotton plants. Fabric and wood can both be used to make many things.
Mohammad b
Metals can float or sink, be hard or soft, and come from rocks. They can be used to make many things. Wood comes from trees, whose growth rings show age. Soft wood grows slowly while wood is generally strong.
Siddig
This document discusses the properties of three materials - metal, wood, and fabric. Metal comes from rocks, can float or sink, and is shiny and smooth. Wood comes from trees, can float, and is strong enough to make chairs and beds. Fabric can be hard or soft, strong, and is made from sheep, oil or cotton plants, and can be used to make many objects.
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Ali, kgc
This document discusses three common materials - wood, metal, and fabric. Wood comes from trees, can float, and is hard and strong, making it useful for many applications. Metal comes from rocks, can either float or sink depending on the type, and is sharp. Fabric can be made from materials like wool from sheep, nylon from oil, or silk from worms, and while it can be both hard and soft, it is strong and versatile for making many items like clothes.
Ahmad kgc
Metal comes from rocks called ore and can stick together, hold heat, and sink. It is used to make many things. Wood comes from trees, with soft wood growing fast and hard wood growing slow, and it floats. People cut down trees and process the wood so it can be used, as it is hard and strong. Fabric can be made into many things and nylon is especially strong, while wool comes from animals.
Said
Wood comes from trees and can be soft or hard depending on the type of tree. It is used to make furniture like chairs and tables. Metal comes from rocks called ore and can float or sink in water. It conducts heat well and is shiny. Fabric is made from materials like wool from sheep, cotton from plants, and silk from worms. It is used to make blankets and other items.
Mohammad b
Metal can float or sink, be hard or soft, and comes from rock. It can be used to make many things. Wood comes from trees and its growth rings show how old it is. Soft wood grows slowly but wood is strong. Fabric is made from plant or animal fibers and can be woven or knitted into clothes, sheets, or other materials.
Siddig s
This document discusses the properties of three materials - metal, wood, and fabric. Metal comes from rocks, can float or sink, and is shiny and smooth. Many things are made of metal. Wood comes from trees, can float, is strong, and can be used to make chairs and beds. Fabric can be hard or soft, strong, and is made from sheep, oil or cotton plants. Fabric and wood can both be used to make many things.
Mohammad b
Metals can float or sink, be hard or soft, and come from rocks. They can be used to make many things. Wood comes from trees, whose growth rings show age. Soft wood grows slowly while wood is generally strong.
Siddig
This document discusses the properties of three materials - metal, wood, and fabric. Metal comes from rocks, can float or sink, and is shiny and smooth. Wood comes from trees, can float, and is strong enough to make chairs and beds. Fabric can be hard or soft, strong, and is made from sheep, oil or cotton plants, and can be used to make many objects.
Ghazel
The document discusses three materials - metal, wood, and fabric. Metal comes from rocks in many countries, can float or sink, and is shiny. It is used to make many things. Wood comes from trees in many countries and hard trees grow fast. Cutting wood shows the tree's growth rings and age. Wood is also used to make many things. Fabric includes nylon from oil that is hard, soft cotton from plants, and smooth silk from cocoons. Fabric is used to make clothes and jackets.
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This document discusses natural and manufactured materials. It begins by explaining that natural materials come from plants, animals, and rocks, such as cotton, wood, sheep, and diamonds. Manufactured materials are new materials created by humans using natural materials, like plastic rulers made from petroleum. The document then provides examples of natural versus manufactured materials. The second part describes various properties of materials, such as being transparent/opaque, rough/smooth, hard/soft, flexible/rigid, and absorbent/waterproof. Examples are given for each property.
Mohammad s
Metals come from rocks, are smooth and shiny, and can be attracted to magnets. They melt when heated and can be used to make things like cars. Wood comes from trees, whose growth rings indicate age, and there are soft and hard varieties used to make many objects. Fabrics can be made from plants, oil, animals, and come from around the world, with cotton being soft, nylon being strong, and wool coming from sheep.
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This document discusses the properties of matter. It explains that the two main properties of matter are mass and volume. Mass is measured in kilograms using a balance, while volume is measured in litres using a graduated recipient. The document then lists and defines other properties like fragility, resistance, conductivity, elasticity and transparency. It concludes with review questions about these properties and activities to reinforce the key concepts covered.
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This document discusses the origin and properties of various materials. It covers animal-derived materials like wool, leather and silk; plant-derived materials like wood and cotton; and mineral materials like marble, clay and granite. Properties described include fragility, resistance, conductivity, elasticity and transparency. Questions at the end test understanding of the origin of paper, wool and properties of glass, metal spoons and hairbands. Activities involve classifying objects by origin and matching materials to characteristics.
Karim
Metal is a hard, shiny material that can be used to make forks, doors, and sinks. It comes from rocks and many things can be made out of it. Wood comes from trees, whose growth rings show their age. Wood is hard but can float, and it is used to make many things after removing the bark. Fabric can be made from silk from worm cocoons, wool from sheep, or nylon from oil, and it is used to make soft items like shirts and carpets as well as other things.
Noor
Metal is a hard, shiny, and smooth material that can float and be used to make many things. Wood comes from trees and can be identified by growth lines, with hard wood growing slowly and soft wood growing faster. Fabric can be used to make many items and wool is a type of fabric that comes from animals.
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This document discusses materials and their properties. It defines materials as physical substances used to make things and lists some main categories including metals, plastics, ceramics, glass and fibers. It then discusses properties of materials as descriptions of their characteristics like hardness, strength, flexibility. Examples are given of materials around us and properties are listed. Metals are highlighted as one main group of materials that are shiny, strong, good conductors and usually opaque, with examples like aluminum and copper.
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The document discusses various characteristics of materials including:
1. Density, which is the relationship between mass and volume of a material. Materials like cork have lower density than lead.
2. Hygroscopic materials, which absorb water, like cellulose and silica gel. Less hygroscopic materials are used to make waterproof tests.
3. Thermal conductivity, with metals being good conductors and plastics, ceramics, wood, and cork being good insulators.
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Ceramics can be crystalline, amorphous, or bonded materials beyond traditional clay pottery. Ceramics have a wide range of applications including glass, abrasives, construction materials, electrical insulators, cements, refractory furnace linings, and refractory metal coatings. Ceramics are strong in compression but weak in tension, shear, and brittle. They maintain strength at high temperatures and include microcracks that can lead to weaknesses. Most ceramics are very hard, making them suitable for cutting tools and abrasives, and they can withstand high heat conditions due to their refractoriness.
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Done By Group : JBH_One8
School Name : Jassim Bin Hamad Independent Secondary School.
Composite Material Module:through our activities with Albairaq we learned that the composite material can be defined as a mixture or combination of two or more material , we did many activities to test some properties for composite materials like stiffens and strength.
Our Idea is :There are too many projects under construction
Qatar expanding, stadiums and constructions for Qatar 2022 world cup. Qatar is too hot in summer , so we think of making cooling Overall , to keep labors in good Environment to be more active
Introduction to properties of materials
Materials can be grouped into classes based on their chemical composition and properties. The four main classes are metals, ceramics, polymers, and composites. Metals are combinations of metallic elements and alloys, and have properties of strength, ductility, and heat and electrical conductivity. Ceramics are inorganic materials processed at high temperatures and have properties of strength and corrosion resistance but are brittle. Polymers contain chemically bonded units and have properties of low density, strength and different optical properties. Composites contain two or more materials to produce new properties not found in the individual materials.
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This document provides an overview of basic and advanced engineering materials. It discusses metals and alloys, ceramics, polymers, composites, semiconductors, and biomaterials. For each material type, it describes characteristics, examples, and applications. It also explains that the structure of a material depends on how it is processed, and a material's performance depends on its properties, which originate from its internal structure.
The use performance of Corundum Brick
The use performance of corundum brick refers to the corundum brick has the performance when used in high temperature. Including refractoriness, refractoriness under load, linear change rate, thermal shock resistance, slag resistance, acid resistance, alkali resistance, oxidation resistance, resistance to hydration and CO erosion resistance, etc.
1. Increase the refractoriness.
Refractoriness refers to corundum brick with non-melting performance under resistance to high temperature. Refractoriness is the basis for determining material whether can be used as a refractory brick. The international standardization organization stipulates above 1500 ℃ refractoriness of inorganic non-metallic materials is the refractory material. The significance of refractoriness and melting point is different. Can not take refractoriness as the use of corundum brick temperature. The basic factor of refractoriness to decide is chemical mineral composition and its distribution of corundum brick.
2. Increase the refractoriness under load.
Corundum brick refractoriness under load refers to the products bear constant load deformation temperature under the condition of rise temperature. It shows corundum brick the ability of resistance to high temperature and load effect, to a certain extent, indicates that products in the similar conditions of use case structure strength. The major factors that affect corundum brick refractoriness under load is the chemical mineral composition and microstructure. To improve the purity of raw materials, reduce the content of low melting or flux, increase the molding pressure, made of high density of bricks, can significantly improve products refractoriness under load.
3. Improve the thermal shock resistance
Thermal shock resistance refers to the corundum brick with damage resistance performance to the temperature change rapidly. Generally speaking, the thermal expansion rate of corundum brick is greater, thermal shock resistance is worse. The thermal conductivity of products is higher, thermal shock resistance is better, the better. In addition, the organization structure and grain composition shape and other products of corundum brick have effect on the thermal shock resistance.
John
Metal comes from rocks in many countries and can either sink or float. It needs to go through a machine to be used and can be used to make many things. Wood comes from trees and needs to go through a machine to be used as well, with hard wood growing slower than soft wood. Fabric can be made to make various items.
John
Metal comes from rocks in many countries and can either sink or float, requiring processing in machines to be used for making various things. Wood comes from trees and must also be processed in machines, with hard wood growing slowly and soft wood growing fast, while being hard and able to float. Fabric can be made from silk from worms, wool from sheep, nylon from oil, or cotton from plants, and is used to make many items, with fabric sourced from various countries.
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Ghazel
The document discusses three materials - metal, wood, and fabric. Metal comes from rocks in many countries, can float or sink, and is shiny. It is used to make many things. Wood comes from trees in many countries and hard trees grow fast. Cutting wood shows the tree's growth rings and age. Wood is also used to make many things. Fabric includes nylon from oil that is hard, soft cotton from plants, and smooth silk from cocoons. Fabric is used to make clothes and jackets.
Materials (part II)
This document discusses natural and manufactured materials. It begins by explaining that natural materials come from plants, animals, and rocks, such as cotton, wood, sheep, and diamonds. Manufactured materials are new materials created by humans using natural materials, like plastic rulers made from petroleum. The document then provides examples of natural versus manufactured materials. The second part describes various properties of materials, such as being transparent/opaque, rough/smooth, hard/soft, flexible/rigid, and absorbent/waterproof. Examples are given for each property.
Mohammad s
Metals come from rocks, are smooth and shiny, and can be attracted to magnets. They melt when heated and can be used to make things like cars. Wood comes from trees, whose growth rings indicate age, and there are soft and hard varieties used to make many objects. Fabrics can be made from plants, oil, animals, and come from around the world, with cotton being soft, nylon being strong, and wool coming from sheep.
Matter
This document discusses the properties of matter. It explains that the two main properties of matter are mass and volume. Mass is measured in kilograms using a balance, while volume is measured in litres using a graduated recipient. The document then lists and defines other properties like fragility, resistance, conductivity, elasticity and transparency. It concludes with review questions about these properties and activities to reinforce the key concepts covered.
Materials properties
This document discusses various properties of materials, grouping them into physical properties, chemical properties, technological properties, and ecological properties. It provides examples of different materials and their properties related to density, opacity, magnetism, permeability, porosity, hardness, tenacity, elasticity, ductility, weldability, fusibility, thermal and electrical conductivity, acoustic conductivity, recyclability, biodegradability, and toxicity.
Materials
This document discusses the origin and properties of various materials. It covers animal-derived materials like wool, leather and silk; plant-derived materials like wood and cotton; and mineral materials like marble, clay and granite. Properties described include fragility, resistance, conductivity, elasticity and transparency. Questions at the end test understanding of the origin of paper, wool and properties of glass, metal spoons and hairbands. Activities involve classifying objects by origin and matching materials to characteristics.
Karim
Metal is a hard, shiny material that can be used to make forks, doors, and sinks. It comes from rocks and many things can be made out of it. Wood comes from trees, whose growth rings show their age. Wood is hard but can float, and it is used to make many things after removing the bark. Fabric can be made from silk from worm cocoons, wool from sheep, or nylon from oil, and it is used to make soft items like shirts and carpets as well as other things.
Noor
Metal is a hard, shiny, and smooth material that can float and be used to make many things. Wood comes from trees and can be identified by growth lines, with hard wood growing slowly and soft wood growing faster. Fabric can be used to make many items and wool is a type of fabric that comes from animals.
Materials and their properties presentation
This document discusses materials and their properties. It defines materials as physical substances used to make things and lists some main categories including metals, plastics, ceramics, glass and fibers. It then discusses properties of materials as descriptions of their characteristics like hardness, strength, flexibility. Examples are given of materials around us and properties are listed. Metals are highlighted as one main group of materials that are shiny, strong, good conductors and usually opaque, with examples like aluminum and copper.
Characteristics Of The Materials
The document discusses various characteristics of materials including:
1. Density, which is the relationship between mass and volume of a material. Materials like cork have lower density than lead.
2. Hygroscopic materials, which absorb water, like cellulose and silica gel. Less hygroscopic materials are used to make waterproof tests.
3. Thermal conductivity, with metals being good conductors and plastics, ceramics, wood, and cork being good insulators.
Materials part ii
This document discusses natural and manufactured materials. It begins by explaining that natural materials like plants, animals, and rocks are found in nature, while manufactured materials are new materials created by humans using natural materials. Some examples given are cotton and plastic. It then lists properties of materials such as being transparent/opaque, rough/smooth, hard/soft, flexible/rigid, and absorbent/waterproof. Videos are provided as examples of natural materials being transformed into manufactured materials, such as from natural rubber to rubber boots or bands.
Matter project 4ºB GROUP 2
This document provides information about matter and its properties. It defines atoms as the smallest particle of matter and molecules as formed when two or more atoms join together. Pure substances like elements and compounds are made of only one type of atom or molecule. The document also describes different types of materials' properties such as being hard, soft, tough, or fragile. It explains insulators and conductors in relation to heat transfer and defines heterogeneous and homogeneous mixtures. Physical and chemical changes are outlined, with physical changes altering structure but not molecules, and chemical changes forming new molecules.
MATTER
The document discusses different properties of materials including hardness, strength, flexibility, and thermal conductivity. Hard materials are difficult to cut, while soft materials are easy to cut. Tough materials are hard to break, while fragile materials break easily. Thermal conductors allow heat transfer through molecular movement, while insulators have tightly packed molecules that do not move easily. Mixtures can be either heterogeneous, with visible separate substances, or homogeneous, where substances are evenly distributed and not visible.
14773 engineering materials 1 (1)
This document provides an overview of different types of engineering materials, including their classifications, properties, and examples. It discusses metals, ceramics, organic materials, composites, and semiconductors. For metals specifically, it outlines their physical and chemical properties, as well as examples like iron, aluminum, and copper. It also describes various mechanical properties materials can exhibit, such as strength, hardness, toughness, ductility, and fatigue.
Science V- special properties of materials
This document discusses a group activity where students observe and record the special properties of various materials, including chalk, a sponge, a rubber band, a nail near a magnet, and an electric wire. The special properties observed include porosity, ductility, brittleness, elasticity, malleability, flexibility, luster, magnetism, and electrical conductivity. The document explains that special properties pertain to the unique characteristics of specific materials and phases of matter. It lists several examples of special properties and has students identify special properties from descriptions.
Ceramics
Ceramics can be crystalline, amorphous, or bonded materials beyond traditional clay pottery. Ceramics have a wide range of applications including glass, abrasives, construction materials, electrical insulators, cements, refractory furnace linings, and refractory metal coatings. Ceramics are strong in compression but weak in tension, shear, and brittle. They maintain strength at high temperatures and include microcracks that can lead to weaknesses. Most ceramics are very hard, making them suitable for cutting tools and abrasives, and they can withstand high heat conditions due to their refractoriness.
Composite Materials,Cooling Overall,IDM8
Done By Group : JBH_One8
School Name : Jassim Bin Hamad Independent Secondary School.
Composite Material Module:through our activities with Albairaq we learned that the composite material can be defined as a mixture or combination of two or more material , we did many activities to test some properties for composite materials like stiffens and strength.
Our Idea is :There are too many projects under construction
Qatar expanding, stadiums and constructions for Qatar 2022 world cup. Qatar is too hot in summer , so we think of making cooling Overall , to keep labors in good Environment to be more active
Introduction to properties of materials
Materials can be grouped into classes based on their chemical composition and properties. The four main classes are metals, ceramics, polymers, and composites. Metals are combinations of metallic elements and alloys, and have properties of strength, ductility, and heat and electrical conductivity. Ceramics are inorganic materials processed at high temperatures and have properties of strength and corrosion resistance but are brittle. Polymers contain chemically bonded units and have properties of low density, strength and different optical properties. Composites contain two or more materials to produce new properties not found in the individual materials.
Engineering materials & structure property
This document provides an overview of basic and advanced engineering materials. It discusses metals and alloys, ceramics, polymers, composites, semiconductors, and biomaterials. For each material type, it describes characteristics, examples, and applications. It also explains that the structure of a material depends on how it is processed, and a material's performance depends on its properties, which originate from its internal structure.
The use performance of Corundum Brick
The use performance of corundum brick refers to the corundum brick has the performance when used in high temperature. Including refractoriness, refractoriness under load, linear change rate, thermal shock resistance, slag resistance, acid resistance, alkali resistance, oxidation resistance, resistance to hydration and CO erosion resistance, etc.
1. Increase the refractoriness.
Refractoriness refers to corundum brick with non-melting performance under resistance to high temperature. Refractoriness is the basis for determining material whether can be used as a refractory brick. The international standardization organization stipulates above 1500 ℃ refractoriness of inorganic non-metallic materials is the refractory material. The significance of refractoriness and melting point is different. Can not take refractoriness as the use of corundum brick temperature. The basic factor of refractoriness to decide is chemical mineral composition and its distribution of corundum brick.
2. Increase the refractoriness under load.
Corundum brick refractoriness under load refers to the products bear constant load deformation temperature under the condition of rise temperature. It shows corundum brick the ability of resistance to high temperature and load effect, to a certain extent, indicates that products in the similar conditions of use case structure strength. The major factors that affect corundum brick refractoriness under load is the chemical mineral composition and microstructure. To improve the purity of raw materials, reduce the content of low melting or flux, increase the molding pressure, made of high density of bricks, can significantly improve products refractoriness under load.
3. Improve the thermal shock resistance
Thermal shock resistance refers to the corundum brick with damage resistance performance to the temperature change rapidly. Generally speaking, the thermal expansion rate of corundum brick is greater, thermal shock resistance is worse. The thermal conductivity of products is higher, thermal shock resistance is better, the better. In addition, the organization structure and grain composition shape and other products of corundum brick have effect on the thermal shock resistance.
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John
Metal comes from rocks in many countries and can either sink or float. It needs to go through a machine to be used and can be used to make many things. Wood comes from trees and needs to go through a machine to be used as well, with hard wood growing slower than soft wood. Fabric can be made to make various items.
John
Metal comes from rocks in many countries and can either sink or float, requiring processing in machines to be used for making various things. Wood comes from trees and must also be processed in machines, with hard wood growing slowly and soft wood growing fast, while being hard and able to float. Fabric can be made from silk from worms, wool from sheep, nylon from oil, or cotton from plants, and is used to make many items, with fabric sourced from various countries.
Noor
Metal comes from minerals and can float, is hard, shiny and smooth, and can be used to make many things. Wood comes from trees, with hard wood growing slowly and soft wood growing fast, as the lines in wood show how old the tree was. Fabric can be made from materials like wool from sheep, which is soft, or nylon made from oil, which is hard.
Lolwa, kgc
This document discusses three materials - wood, metal, and fabric. Wood comes from trees and can float, with tree rings indicating age. Metal can either float or not float depending on the type, is sharp, and is used to make many things as it cannot break. Fabric can be used to make many items and nylon is a strong fabric that can be made from oil.
Lolwa, kgc
This document discusses three materials - wood, metal, and fabric. Wood comes from trees and can float, with tree rings indicating age. Metal can either float or not float depending on the type, is sharp, and is used to make many things as it does not break. Fabric can be made into many things and nylon is a strong fabric.
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Diana is a 13-year-old girl from Russia who loves her country. She is a pupil who enjoys school, especially her favorite subject of English. Her hobbies include travel, which has allowed her to visit many countries and learn about different customs, as well as playing tennis. Diana's small family consists of her mother, who is a lawyer, her father, who is a businessman, and herself as a pupil. She also has two grandmothers and a great-grandmother that she loves.
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The document describes a sustainable housing calculator that allows users to:
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Metal comes from rocks and can either sink or float in water. Metal is used to make many objects and has properties of being shiny and smooth. Metal is a material that is widely used to create a variety of products.
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Metals can float or sink, be hard or soft, and come from rocks. They can be used to make many things. Wood comes from trees, whose growth rings show age. Soft wood grows slowly while wood is generally strong.
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This document discusses three materials - wood, metal, and fabric. Wood comes from trees and can float, with tree rings indicating age. Metal can either float or not float depending on the type, is sharp, and is used to make many things as it cannot break. Fabric can be used to make many items and nylon is a strong fabric that can be made from oil.
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This document discusses different materials - fabric, wood, and metal. Fabric can be made from nylon, cotton, or silk. Wood comes from trees, can be heavy but floats, and is strong enough to make furniture. Metal comes from ore in rocks, can sink, is shiny, and various countries produce metal which can be used to make many objects.
Nawaf
Some metals like aluminum can float while others like iron can sink in water. Metals can stick together and are found in rocks. Metals are used to make many things. Fabrics are used to make clothes and other items, with some fabrics coming from plants or animals like wool from sheep. Fabrics originate from various countries.
Najla, metal
Metal comes from rocks and can either sink or float in water. Metal is used to make many things because it is shiny and smooth. Metal is a material that can be extracted from rocks and is useful for creating a variety of objects due to its physical properties.
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Wood comes from trees and can float. The lines in wood show how old the tree was. Wood is hard and can be used to make many things. Metals come from rocks, can float or sink, are hard and shiny. They are used to make lots of items. Fabrics originate from plants, animals or other countries. They have different textures like soft wool, hard nylon or smooth silk. Fabrics are widely used to create various objects.
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This document discusses different materials like metal and fabric. Metal comes from rocks and can either float or sink, while being used to make many things. Fabric is also a material that can come from sources like wool from sheep or silk, and some fabrics can float while fabrics are used to create various objects.
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Jassim
- 2. Wood Wood comes from trees. Wood floats in water. Doors are made from Wood. Trees go to a good machine to make lots of things. Hard wood grows fast. Wood is strong.
- 3. MEtal Metal same metal can float. Some metal can sink. Metal melts in fire. Metal goes to a machine to Make things. Metal comes from rooks.
- 4. Fabric Fabric make lots of things. Some fabric is soft some fabric is hard Fabric like cotton makes clothes nylon comes from oil in the ground. Cotton comes from plants.Nylon is rough. Fabric is good to make clothes.