Physics Chapter 3 – Particle model of matter – particle model, changes of state, internal energy and motion in gases. Draw the particle model of matter.

Slides:



Advertisements
Similar presentations
Water Phase Change Graph
Advertisements

Thermal Properties of Matter
Can you stick the sheet in please?
CHAPTER 2: MATTER. CHANGES OF STATE When matter changes from one state to another, we call this a phase change Thermal energy is related to the microscopic.
6.4 States of Matter & Changes of State The three states of matter are: solid, liquid, gas. A change of state requires a change in the thermal energy of.
Characteristic Physical Properties. Characteristic physical properties are properties that are unique to a substance and can be used to identify it. For.
Lesson 7: Just A Phase Key Terms. Solid A solid has definite volume and definite shape. The particles in a solid are closely packed and vibrate in relation.
PHYSICS – Thermal properties and temperature (2)..
© Oxford University Press IP1.3.4 Specific latent heat Specific latent heat.
Bellringer O Why are detailed steps important when recording procedure in a laboratory setting?
Thermal Physics Energy meter Thermometer Immersion heater
WARM UP Compare and contrast the properties and forces present in solids, liquids, and gases. Explain, in your own words, how the states of matter change.
Chapter 16: Solids, Liquids, and Gases
Kinetic Theory of Matter
Lesson 7 Just a Phase.
A mist appears on the inside of a window in a bus full of people.
States Of Matter K 2.2 Changes of state.
Section 2 Changes of State.
Use the specific heat capacity formula to answer the following:
Changes of State and Latent Heat
How matter changes forms
WHAT IS HAPPENING TO THE ICE?
Starter: What is a change of state?.
AQA Topic – Particle Model of Matter
P3 Spaced Learning Particle Physics.
Heating Curves & Phase Change Diagrams
Energy Revision.
Density, ρ, is the mass per unit volume of a material.
PARTICLE MODEL OF MATTER
Heating and Cooling Curves
How matter changes forms
{ } { } melting Latent Heat Gas Boiling condensing (evaporating) Water has three phases or states: Solid (ice) Liquid Gas (steam, water vapour)
5.3a Thermal Physics Thermal Energy
Phase Changes.
Matter Lesson 6.
Particle Model of Matter
Density is the Mass per unit Volume
Phase Changes.
Unit 2: Particles in Motion Study for the Test!!!
Phase Changes, Heat of Fusion, and Heat of Vaporization
How matter changes forms
Ch. 8 - Solids, Liquids, & Gases
Density.
Thermal Expansion & Contraction Changes of State
Definite shape and volume
Energy changes - Heating ICe
Links Keywords C1 Particles C1.1 The Particle Model 
Three states of matter exist
Phase Changes.
Ch. 8 - Solids, Liquids, & Gases
Matter Vocabulary.
EDEXCEL Topic 14 PARTICLE MODEL
States of Matter LO: I know what is meant by the three states of matter.
Chapter 10 Properties of Solids and Liquids
Changes of State Ch. 2.2.
Physics Revision- CHAPTER 3 – Particle model of matter
IV. Solids, Liquids, & Gases
Changes in State Phase Changes Heating Curves
Chapter 6: Molecules and Matter
Phase Changes.
Jeopardy-Phases of Matter
Phase Changes.
Physical change Describe the rearrangement of molecules that occurs during physical changes e.g. the sublimation of iodine and the boiling of water; show.
Latent Heat and Phase Changes
Solid phase (s): Strong attractive forces hold particles in fixed location. Regular definite geometric shape; crystalline Liquid phase.
Ch. 8 - Solids, Liquids, & Gases
Solids Liquids Gases 1.
Latent Heat of Phase Changes
Physics 3: Particle Model of Matter
PARTICLE MODEL OF MATTER
Presentation transcript:

Physics Chapter 3 – Particle model of matter – particle model, changes of state, internal energy and motion in gases. Draw the particle model of matter to show solid, liquids and gases. Define the terms: Sublimation Evaporation Melting Freezing Boiling Condensation Deposition Describe the properties of solids, liquids and gases. Draw the triangle showing the changes of states and state the name of the change. Define gas pressure and describe the affect of temperature on a gases pressure when the mass and volume of gas is kept constant. Define internal energy Sketch a graph to show a temperature time graph for heating water. (starting as ice) Label your graph to show the changes of state and the state. Describe why changes of states occurs in: Liquid cooling into a solid Liquid turning into a gas Describe how a temperature change can affect internal energy.

Physics Chapter 3 – Particle model of matter – specific heat capacity and latent heat Define specific heat capacity. Define specific latent heat. Describe what this graph is showing. Write the equation, including units, for specific heat capacity. Write the equation, including units, for specific latent heat. Define the terms: Latent heat of fusion Latent heat of vaporisation Rearrange the equation to have c as the focus. Rearrange the equation to have L as the focus. A change in thermal energy of 21kJ was supplied to a 5kg block of ice and its temperature raised from -21oC to -9oC. Calculate the specific heat capacity of the ice. Show your working out. Calculate the energy change for when water turns from ice to water when it has a mass of 100g and a latent heat of 344 000 J/kg. Show your working out. Use both equations. Calculate the energy transferred when 350g of ice cubes at 0oC are changed to steam at 100oC. Show your working out.

Physics Chapter 3 – Particle model of matter – density, RP and maths skill Define density. Describe a method used to investigate the density for both regular (e.g. a cube) and irregular (e.g. a fork) shaped objects. Independent variable – Dependent variable – Control variables - Write the equation, including the units, for density. Write a risk assessment for this practical. Include the risk, hazard and control for at least 1 risk. Calculate the density of a block of aluminium that is 560kg with a volume of 5m3. Show your working out. Sketch a graph to show the heating of paraffin wax for when it changes state from a solid to a liquid and then heating continues. Label the graph. Calculate the density of a block of wood which a length of 4cm, height of 4cm and a width of 4cm. The mass is 8g. Show your working out. Calculate the density of a cork which has a mass of 8.2g and displaces 15cm3 of water. Show your working out.