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Matters in our surrounding

Matters in our surrounding

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Matters in our surrounding
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Ce que vous apprendrez

What are the three different states of matter? What are the properties of solids, liquids and gases? What is the meaning of Rigidity and Compressibility?
What is the meaning of Fluidity, Kinetic Energy and Density? How to convert the Kelvin temperature to Celsius temperature and vice v
What is the physical state of water at different temperatures? How to liquefy atmospheric gases? Why water is a liquid at room temperature?
Why is ice at 273 K more effective in cooling than water at the same temperature? 10. What produces more severe burns, boiling water or steam?

Contenu du cours

5 rubriques • 5 conférences • 02:05:27 longueur totale

Introduction

03:00
1.What are the three different states of matter? 2.What are the properties of solids, liquids and gases? 3.What is the meaning of Rigidity, Compressibility, Fluidity, Kinetic Energy and Density? 4.How to convert the Kelvin temperature to Celsius temperature and vice versa? 5.What is the physical state of water at different temperatures? 6.How to liquefy atmospheric gases? 7.Why water is a liquid at room temperature? 8.Why an iron almirah is solid at room temperature? 9.Why is ice at 273 K more effective in cooling than water at the same temperature?
  1. What produces more severe burns, boiling water or steam?
  1. What is melting, vaporisation, condensation, freezing, sublimation and deposition?
12.Matter is not continuous but made up of small tiny particles. Explain. . Do we sweat more on a dry day or on a humid day? Explain.
  1. Why wet clothes do not dry easily on a rainy day?
  1. After rains, wet roads dry quickly. Give reason.
  1. How do wind speed and surface area affect the rate of evaporation?
  1. What is dry ice? What are its various uses?
  1. Butter is generally wrapped in wet cloth during summer if no refrigerator is available. Explain.
  1. Define evaporation. What are the various factors which affect the rate of evaporation?
  1. Sugar when kept in Jar of different shapes adopts the shape of the jar, yet we call it solid. Why?
  1. How is heating of sugar different from heating of ammonium chloride?
  1. Sponge is a solid, yet we are able to compress it. Give reasons.
  1. For any substance, why does the temperature remain constant during the change of state?
+ many more questions relating to the everyday life

Properties of solids, liquids and gases. Characteristics of particles of matter

16:51
  1. Tabulate the differences in the characteristics of states of matter.
  1. What are the characteristics of particles of matter?
  1. Why a gas fills completely the vessel in which it is kept?
  1. Why a gas exerts pressure on the walls of container?
  1. Why a wooden table should be called a solid?
  1. Why We can easily move our hand in air but to do the same through wooden block, we need karate expert.
  1. Arrange the following in order of increasing density – air, exhaust from chimneys, honey, water, chalk, cotton and iron.
  1. Liquids generally have lower density as compared to solids. But you must have observed that ice floats on water. Find out why?
  1. Comment upon the following : rigidity, compressibility, fluidity, filling a gas container, shape, kinetic energy and density.
  1. Which of the following are matter? - Chair, air, love, hate, almonds, thought, cold, lemon water, smell of perfume.
  1. Why the smell of hot sizzling food reaches you several meters away, but to get the smell from cold food, you have to go close?
  1. A diver is able to cut through water in a swimming pool. Which property of the matter does this observation show?

Understanding the matter in our surroundings with real life examples

52:41
  1. Convert the following temperature to celsius scale : a) 300K b) 573K
  1. What is the physical state of water at : a) 2500C b) 1000C ?
  1. For any substance, why does the temperature remain constant during the change of state?
  1. Suggest a method to liquefy atmospheric gases.
  1. Why does a desert cooler cool better on a hot dry day?
  1. How does the water kept in an earthen pot become cool during summer?
  1. Why does our palm feel cold when we put some acetone or petrol or perfume on it?
  1. Why are we able to sip hot tea or milk faster from a saucer rather than a cup?
  1. What type of clothes should we wear in summer?
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À propos de ce cours

As we look at our surroundings, we see a large variety of things with different shapes, sizes and textures. Everything in this universe is made up of material which scientists have named “matter”. The air we breathe, the food we eat, stones, clouds, stars, plants and animals, even a small drop of water or a particle of sand – every thing is matter. We can also see as we look around that all the things mentioned above occupy space and have mass. In other words, they have both mass* and volume**. Since early times, human beings have been trying to understand their surroundings. Early Indian philosophers classified matter in the form of five basic elements – the “Panch Tatva”– air, earth, fire, sky and water. According to them everything, living or non living, was made up of these five basic elements. Ancient Greek philosophers had arrived at a similar classification of matter. Modern day scientists have evolved two types of classification of matter based on their physical properties and chemical nature. In this chapter we shall learn about matter based on its physical properties. Chemical aspects of matter will be taken up in subsequent chapters.


Particles of matter are continuously moving, that is, they possess what we call the kinetic energy. As the temperature rises, particles move faster. So, we can say that with increase in temperature the kinetic energy of the particles also increases. In the above three activities we observe that particles of matter intermix on their own with each other. They do so by getting into the spaces between the particles. This intermixing of particles of two different types of matter on their own is called diffusion. We also observe that on heating, diffusion becomes faster. Why does this happen?

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