Warm ups for week of 11-30-15. Monday: 11-30-15  EQ: Why doesn’t gas have a definite volume?  WU: According to Boyle’s Law what does it state about.

Slides:



Advertisements
Similar presentations
Factors that Affect Gas Pressure
Advertisements

Solids, liquids, and Gases
Chemistry I Unit 9: The Gas Laws Text Questions from Wilbraham, et. al
The Nature of Liquids 13.2.
Chemistry 1010 Atmosphere and Balloons. Boyles Law P 1 V 1 = P 2 V 2.
Density Unit 2 Fluids. Mass We can measure mass by using a balance or a digital scale. We can measure mass by using a balance or a digital scale.
The Nature of Liquids. A Model for Liquids According to the kinetic theory, both the particles that make up gases and liquids have motion. While particles.
Gas Laws Practice Problems Whiteboarding. Draw a picture of molecules in the form of solid liquid and gas. Solid Liquid Gas.
What are the three common states of matter? Solid, plasma, liquid Liquid, Gas, Plasma Solid, Liquid, Gas None of the above.
Determining Density. Mass We can measure mass by using a balance or a digital scale.
Gas Behavior Lesson 3, Chapter 2.
Gas Laws Studies of the behavior of gases played a major role in the development of physical sciences in the 7 th and 8 th centuries.
Chapter 16 Section 3. Pressure What did we learn about gas particles from the kinetic theory? –They are constantly moving and colliding with anything.
13.2 THE GAS LAWS pp
8 th Grade Chapter 3 Notes Continued. Volume and Temperature ___________ - a French scientist whose interest in balloon rides led him to discover how.
SOLIDS, LIQUIDS, AND GASES
Unit 14 Gas Laws. Properties of Gases Gas properties can be modeled using math. Model depends on— 1.V = volume of the gas (L) 2.T = temperature (Kelvin,
Pressure and particles
Section 4: Changes in State
Chapter 3 Solids, Liquids, and Gases
Vapor Pressure and Boiling Vapor Pressure – the pressure exerted by a vapor in equilibrium with its liquid state. Vapor Pressure – the pressure exerted.
Ch The Nature of Liquids. A Model for Liquids In kinetic theory, there are no attractions between particles of a gas. Particles of a liquid are.
Jeopardy Measuring Gases P and T and V V and T and P BoylesCharles Q $100 Q $200 Q $300 Q $400 Q $500 Q $100 Q $200 Q $300 Q $400 Q $500 Final Jeopardy.
Chapter 16 Section 3 Behavior of Gases.
States of Matter Chapter 3 Pg
Chapter 3 Quiz By: Will Saunders & Chris Murray 8 th Block-LaFever-10/9/08.
◦ A change in state from a solid to a liquid occurring at a specific temperature.
13.2 The Nature of Liquids.
States of Matter. 2.1 Three States of Matter ________________- These are physical forms in which a substance can exist. Let’s use water as an example.
Changes of State Chapter 4-2. Changes of State A change of state is the conversion of a substance from one physical form to another. All the changes are.
Behavior of Gases Chapter 2 Section 2. Measuring Gases When you think of a gas, what kinds of gases do you think of? Helium, oxygen, carbon dioxide What.
Section 2: Gas Behavior Objective: What gas law explains why this
 Hot lava oozes and flows, scorching everything in its path, and occasionally overrunning nearby houses. When the lava cools, it solidifies into rock.
HW Review 1.35 A tank of gas with a total pressure of 12.0 atm contains a mixture of oxygen, nitrogen and argon. If the partial pressure of nitrogen.
Boyle’s Law Mathematical relationship between pressure and volume.
Chapter 3 Section Reviews (pg 64 #1-4, pg 67 #1-3, pg 73 #1-4)
States of Matter I. Describing the States of Matter: A. Solids – is the state of matter in which materials have a definite shape and volume. 1. The word.
Solids, Liquids, Gases & Plasmas
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.
Chapter 8 States of Matter. Chapter 8 Vocabulary Using pages Define the following terms. states of matter solid liquid surface tension viscosity.
Liquids Chemistry Mrs. Coyle. Liquids Intermolecular attractions hold molecules of liquids together. Intermolecular attractions hold molecules of liquids.
Combined Gas Law Gay-Lussac’s Law Charles’ Law Boyle’s Law Kinetic Molecular Theory
States of Matter It’s the Law State Changes Potpourri.
The Gas Laws. What are the Gas Laws?  The gas laws deal specifically with volume, temperature, and pressure.  Changes in volume, temperature, and pressure.
States of Matter.  Solids have definite shape and definite volume  Particles in a solid are packed very closely together and are in a fixed position.
States of Matter Gas LawsMisc. Changes of State Kinetic.
GASES Chapters 13 and 14. Nature of Gases  Kinetic Molecular Theory (KMT)  Kinetic energy- the energy an object has because of its motion  According.
Kinetic Theory Simulation
States of Matter u Matter exists in 4 states: SOLID, LIQUID, GAS, PLASMA Particles move more The state of the matter depends on its temperature.
Liquids By:MaKenzie,Lei-Lani,Isis & Noah. Definition: Liquids: have a definite volume and takes the shape of a container. Fluid: a substance that can.
States of Matter Section ity/states_of_matter/ ity/states_of_matter/
States of Matter What are the three main states of matter?
Gas Laws SPS5b: Relate temperature, pressure, and volume of gases to the behavior of gases.
Mixed up Gas Law Review.
States of Matter I. Describing the States of Matter:
Working with Phases and Properties of Substances
Behavior of Gases Chapter 3 Section 3.
QUIZ 2 The quality of steam at 7 MPa and enthalpy of 2600 kJ/kg: 0.526
Gases Boyle’s Law.
By Mrs. Danza Sigma Science
Ch 8 States of matter Bellringer:
Chapter 3 Section 3 The behavior of Gases.
The Gas Laws.
Behavior of Gases.
Chapter 16: Solids, Liquids, and Gases Section 3: Behavior of Gases
Gases Boyle’s Law.
Ch The Nature of Liquids
Aim: How do gas molecules react to pressure, volume and temperature?
States of Matter I. Describing the States of Matter:
Chapter 16 Section 3 Behavior of Gases.
Presentation transcript:

Warm ups for week of

Monday:  EQ: Why doesn’t gas have a definite volume?  WU: According to Boyle’s Law what does it state about the relationship between gases and pressure?  1: It states that when the pressure of a gas at a constant temperature is increased, the volume of the gas decreases.  2: When the pressure is decreased, then the volume increases.  Example: A bicycle pump to air up tires.

Tuesday:  WU: How does a hot air balloon rise?  A: 1: Heat increases the volume of the air.  2: Air particles escape from the bottom opening.  3: The few air particles that remain inside the balloon are less dense than the outside air so the balloon rises.

Wednesday:  WU: What is vaporization and what are the 2 types of vaporization?  A: 1: Vaporization takes places when particles in a liquid gain enough energy to form a gas.  2: The two main types of vaporization are evaporation and boiling.

Thursday:  WU: How is air pressure and boiling point related?  A: 1: The boiling point of a substance depends on the pressure of the air above it.  2: The lower the air pressure the less energy is needed for the particles of the liquid to escape into the air.

Friday:  WU: What causes a helium balloon to burst as it rises in the atmosphere?  A: As a helium balloon rises, the outside pressure decreases which causes the helium inside the balloon to expand, which eventually stretches the balloon so much it will burst.