'Heat capacity' presentation slideshows

The X-Ray Tube

3.5k views • 71 slides

Latent Heat

Latent Heat. When a solid melts or a liquid boils, energy must be added but the temperature remains constant! (This can be explained by considering that it takes energy to break the bonds holding the material together.)

1.78k views • 61 slides

Ch. 6 Thermochemistry

Ch. 6 Thermochemistry. Unit 2 Exam Analysis. 20 points total 10 points Multiple Choice (MC) 10 points Free Response Questions (FRQ) -Analyze areas of strength and those in need of assistance. -Utilize Learning Objectives and Topic Sheets (tan colored) -Reflect on *labs *practice packets.

1.18k views • 55 slides

Differential Scanning Calorimetry (DSC)

Differential Scanning Calorimetry (DSC). By: Muhammad Haseeb Iqbal National Textile University. Calorimetry. Calorimetry is the analytical method of measuring the heat emitted and/or absorbed during thermodynamic transitions or chemical reactions .

1.4k views • 50 slides

Materials

Materials. Properties Mechanics. Why we need to know about materials. Stuff is made of stuff what should your part be made of? what does it have to do? how thick should you make it The properties we usually care about are: stiffness electrical conductivity thermal conductivity

693 views • 46 slides

Advanced Vitreous State: The Structure of Glass

Advanced Vitreous State: The Structure of Glass. Section 1: Lecture 1 - Fundamentals of the Glass Transition: The Glass Transition is a Kinetic Transition with Thermodynamic Signatures. Examine the differences between a kinetic and thermodynamic transition

1.26k views • 42 slides

Compressible Flow Introduction

Compressible Flow Introduction. Objectives: Indicate when compressibility effects are important. Classify flows with Mach Number. Introduce equations for adiabatic, isentropic flows. Larry Baxter Ch En 374. Flow Classifications. Property Changes.

2.36k views • 41 slides

555 views • 35 slides

1 st Law of Thermodynamics Heat Transfer

1 st Law of Thermodynamics Heat Transfer Lecture 4 February 15, 2010 1020 1016 1016 1020 To convert from Z time to CST, subtract 6 hours. 05Z = 11 PM CST 1020 1020 1024 1016 1020 1016 1024 1020 1016 Review from last week

1.34k views • 34 slides

1 st Law of Thermodynamics Heat Transfer

1 st Law of Thermodynamics Heat Transfer. Lecture 4 February 15, 2010. 1020. 1016. 1016. 1020. To convert from Z time to CST, subtract 6 hours. 05Z = 11 PM CST. 1020. 1020. 1024. 1016. 1020. 1016. 1024. 1020. 1016. Review from last week.

787 views • 34 slides

Reading Quiz - Heat

Reading Quiz - Heat. 1. Heat is ___ 1. measured in joules. ___ 2. a form of energy. ___ 3. measured in calories. ___ 4. all of the above. 2. When a material changes phase, ___ 1. heat is given off. ___ 2. heat is absorbed. ___ 3. its temperature remains constant.

770 views • 29 slides

CHEM 1011

653 views • 27 slides

Last Two Lecture Summary: Drude : Applied simple model to understand current density and the Hall coefficient in simple metals. Required knowledge/determination of carrier density.

681 views • 22 slides

Atmospheric chemistry

Atmospheric chemistry. Day 1 Structure of the atmosphere Photochemistry and Chemical Kinetics. Temperature and pressure variations in the atmosphere. Heating by exothermic photochemical reactions Convective heating from surface. Absorption of ir (and some vis-uv) radiation. z.

445 views • 18 slides

Thermochemistry

Thermochemistry. Calorimetry Example If 10.0 g of Al metal is heated to 75.00 ?C and transferred to a coffee cup calorimeter containing 95.0 g H 2 O at 25.00 ?C , what is the specific heat of Al if the contents of the calorimeter end up at 26.11 ?C?

1.06k views • 17 slides

Solid state Phys.

Solid state Phys. Chapter 2. Thermal and electrical properties. Chapter Four Thermal and electrical properties. Aim : To provide an overwiev of the description of thermal properties of solids, particularly insulators, using the dynamics of lattice vibrations .

805 views • 17 slides

Presentation to the Committee on Microgravity Research

Presentation to the Committee on Microgravity Research. by Robert F. Sekerka University Professor Physics, Mathematics and Materials Science Carnegie Mellon University October 23, 2001. Questions to be Addressed.

424 views • 17 slides

Re-utilizing possibilities of abandoned hydrocarbon wells in Northern Hungary

625 views • 15 slides

PROPERTIES OF GASES

333 views • 15 slides

Chapter 6 Thermochemistry

332 views • 12 slides