PPT-Specific Heat, Heat Capacity, and Calorimetry

On the front counter there is a perpetually thirsty bird Do NOT touch him Write down all your observations of the motion Do not try to explain why its happeningjust look at WHAT is happening . 700 Summerhouse total capacity up to 12 inside 800 Unlimited number of guests in the garden NB Total capacity includes 2 Registrars any musicians etc Reception Ground hire charge for a marquee f rom 2050 Changing Room for bride optional 200 Prices a Measured values show the thermophysical properties of the examined system or sample There are two bas ic types of calorimeters isothermal and adiabatic Constant temperature is sustained in t he isothermal calorimeter t means that the calorimeter is EQ: Describe the parts and each part’s function in a calorimeter?. A. Calorimeter. 1. Calorimeters measure Heat change. 2. Parts. (with known mass). (used to measure . Δ. T). C. (water). = 4.184 J/g°C. Kapitza. conductance in TES devices. Y. Zhao, . Cornell University. , J. . Appel. , . Princeton University. , . J. A. Chervenak. , . NASA GSFC. , R. . Doriese. , . NIST Boulder, . S. Staggs, . Princeton University. Why do some things get hot more quickly than others?. Temperature. Temperature. . – proportional to the average kinetic energy of the molecules. Energy due to motion. (Related to how fast the molecules are moving). Physics 12 . Objectives. Define . specific heat capacity.. Solve problems involving specific heat capacities.. Explain the difference between solid, liquid, and gaseous phases.. Explain in terms of molecular behavior why temperature does not change during a phase change.. Jukka. . Pekola. , . Low. . Temperature. . Laboratory. Aalto . University. , Helsinki, . Finland. Calorimetry for . measuring the photons. Requirements for calorimetry on single microwave quantum level. Photons from relaxation of a superconducting qubit.. Enthalpy . is a state function . (the pathway does not matter) with . the symbol . H. ..  . H . = E . P V. E . is the internal energy of the system, P is the pressure of the system, and V is the volume of the system.. . EQ: How can you apply your understanding of measurement units to express larger units in terms of smaller units within one system?. Vocabulary. Capacity. -the measurement of how much liquid a container can hold. : The Experimental Measurement of Heat. Outline. Background. Exothermic . vs. Endothermic Reactions. Heat Capacity. Specific Heat. Specific Heat of Selected Substances and Mixtures. Relevance. Background. Enthalpy . is a state function . (the pathway does not matter) with . the symbol . H. ..  . H . = E + . P V. E . is the internal energy of the system, P is the pressure of the system, and V is the volume of the system.. Define the term ‘internal energy’.. Explain the differences in the forces of attraction found between particles of a gas compared to particles of a solid.. Explain what is meant by ‘latent heat’. Clausius. – . Clapeyron. equation, Temperature dependence of entropy, Statistical interpretation of entropy, Consequences of third law, Nernst heat theorem, Equilibrium constant, Van-Hoff equation, Concept of fugacity, activity and mole fraction. | Thermal . Physics. Conductors and Insulators. Label this image. Conductor. A material through which energy can be easily transferred as heat. Insulator. A material that transfers energy poorly. Conductor.