Vocabulary. â¢ energy. â¢ gas. â¢ kinetic energy. â¢ kinetic theory of matter. â¢ liquid .... ww.tutorvista.com/content/physics/physics-i/heat/kinetic-molecular-theory.php .
These three states of matter are common on Earth. ... are found in fluorescent lights, plasma TV screens, and plasma balls like the one that opened this chapter.
The change of state from a liquid to a gas. 3. ... ____ proportional: A term used to describe the relationship between two variables whose graph is a straight.
collaborative model termed the FlexBookÂ®, CK-12 intends to pioneer the generation and distribution of ... Read this passage from the text and answer the questions that follow. Energy and States of Matter. Why do ... According to the kinetic theory o
energy: ability to cause changes in matter. â¢ gas: state of matter that has neither a fixed ... and plasma) in which matter can exist without the chemical makeup of matter changing ... Copy and distribute the lesson worksheets in the CK-12 Physical
NEET Â». â¢ Oscilloscope. â¢ SAT / GRE Â». â¢ Uncategorized. Thermal expansion of solids, liquids and gases. Thermal Properties. Thermal expansion of solids, liquids ... IGCSE Physics. â¢ Bimetallic Strip, Cumulative Effect, Everyday Applications
much larger than the density of steam. Notice that the densities and molar volumes of ice and liquid water are much closer to each other than to steam ...... vaporize 90.0 g of C3H7OH at its boiling point. 78 because the given amount of C. 3. H. 7. O
Vapor Pressures of Various Liquids. Temperature. (°C). Ethyl. Alcohol. (mmHg) ... Ex1. A beaker of benzene (C6H6) is at room temperature (20° C). What is its ...
If you can DO them, check the box If you CANNOT do them, write some notes. TO YOURSELF about what you need to ... M b. in a crystal ofthe salt NaCl Em _ 549A 0 in a solution of potassium nitrate KNO3 i mm! id bib A d'. in diamond ... poor conductor o
6. Identify the type of IMF for each molecule. Molecule. Strongest IMF. H2O. H2S. H2Se. H2Te. 7. Explain the general shape of this graph. 8. Account for the trend ...
Ionic Bonding and the Crystal Lattice. â¢ The extra ... are polar with a higher density of bonding electrons ... both bonds as well as the non-bonding valence shell ...
3. With which type of substances do London dispersion forces play the most significant role? a) polar molecules d) non-polar molecules b) metals e) network compounds c) ionic compounds. 4. The heat of vaporization of H2S, at its boiling point. (â61
c. 1.01 325 Pa. d. All of the above. _____ 5. Standard temperature and pressure are a. 32Â°F and 10 atm. b. 0Â°C and 1 atm. c. 10 K and 1 atm. d. 0Â°F and 1 atm.
South Pasadena â¢ AP Chemistry. Name. Period ___ Date ___/___/___. 13 â¢ IMF's, Liquids, & Solids. I M F ' S I N S O L I D S. Indicate the strongest IMF holding together crystals of the following: Molecular Crystal. Metal. Ionic Crystal. Network So
The alkanes, alkenes, etc. â¢ The diatomic molecules. â¢ The noble gases. Page 8. Metals. â¢ A lattice of positive ions in a âsea of electronsâ. â¢ Metal atoms have low electronegativity. Page 9. Metal Examples. â¢ Pb. â¢ Ag. â¢ Au. â¢ Cu
Given appropriate thermodynamic data, the students will calculate the heat required to melt specific samples of solids with no temperature ... Demonstrations. 1. None. Worksheets. 1. Intermolecular Forces of Attraction Worksheet. 2. Heat Transfer Wor
Methanol, CHgOH, (molar mass 32.04 g/mol) has a heat of vaporization of 39.2 kJ/mol and a density of. 0.7914 gij. New much energy is needed to vaporize 350. mL of r'netbanol'IJ to). 350. ML CHyDHV :1qu 5' w 7 MS: 3 a}; Rs lee he 32,0110 1. 3. The gre
(A) temperature at which the vapor pressure of the liquid is equal to the external ... (D) The solid phase always melts if the pressure increases at constant temperature. ... (B) Condensation ... The cooling curve for a pure substance as it changes f
Phase change review (see chart to the right). II. ... Phase Diagrams (P v. T):. A. Lines (AD ... Estimate the boiling point of diethyl ether under an external pressure.
6213EV Standard p. 2/7. Technical data. Power consumption. Ori- fice. DN. Port .... 16.8. NPT 1. 16.8. Rc 1. 80. 41. Dimensions (DC-coil, 40mm). 12. K. H. D. C.
Name ___________________________ Chapter 3
States of Matter
Section 3.1 Solids, Liquids, and Gases (pages 68–73) This section explains how materials are classified as solids, liquids, or gases. It also describes the behavior of these three states of matter.
Comparing and Contrasting As you read about the states of matter, replace each letter in the diagram below with one of these phrases: definite volume, definite shape, variable volume, or variable shape. For more information on this Reading Strategy, see the Reading and Study Skills in the Skills and Reference Handbook at the end of your textbook. Solid
1. What are three common states of matter? Gases Solids Liquids a. b. c. 2. Is the following sentence true or false? The fact that a copper wire can be bent shows that some solids do not have a definite shape. false
3. Circle the letter of each phrase that describes how particles at the atomic level are arranged within most solids. a. randomly arranged b. packed close together c. arranged in a regular pattern d. spaced far apart 4. Is the following sentence true or false? A liquid takes the shape of its true container. 5. What is the state of matter in which a material has neither a definite gas shape nor a definite volume? 6. Compare and contrast the arrangement of particles at the atomic level for a liquid and a solid. Particles in a solid are packed close together in an orderly arrangement. The arrangement of particles in a liquid is more random.
7. What determines the shape and volume of a gas?
A gas takes the shape and volume of
8. On the sun, where temperatures are extremely high, matter exists in a state known plasma as . Physical Science Guided Reading and Study Workbook
Name ___________________________ Chapter 3
States of Matter low
9. The state of matter that can exist at extremely temperatures is called a Bose-Einstein condensate. 10. Complete the table about states of matter. States of Matter State
11. Describe kinetic energy.
Kinetic energy is the energy an object has due to its motion.
12. Circle the letter of the phrase that describes all particles of matter in the kinetic theory of matter. a. randomly arranged b. constant temperature c. in constant motion d. orderly arrangement
Explaining the Behavior of Gases
fast, so the forces of attraction are too weak to have a noticeable effect.
15. Is the following sentence true or false? Because of the constant motion of the particles in a gas, the gas has a definite shape false and volume.
Explaining the Behavior of Liquids
16. Do forces of attraction have a stronger effect on the behavior of the a liquid particles in a gas or in a liquid? 17. Circle the letter of each factor that affects the behavior of liquids. a. fixed location of particles b. constant motion of particles c. orderly arrangement of particles d. forces of attraction among particles
Explaining the Behavior of Solids definite 18. Solids have a(n) particles in a solid vibrate in
volume and shape because locations.
Physical Science Guided Reading and Study Workbook
13. Is the following sentence true or false? There are forces of true attraction among the particles in all matter. 14. Why can scientists ignore the forces of attraction among particles in a gas under ordinary conditions? The particles in a gas are apart and moving