'Calorimetry' presentation slideshows

Energetics

Energetics. Exothermic and Endothermic reactions. Energy = force x distance (Joules). In chemical reactions, we need energy usually in the form of heat. Energy is absorbed to break the bonds of the reactants and energy is given out when new bonds are formed in the products.

1.38k views • 100 slides

Thermochemistry

1.02k views • 51 slides

THERMOCHEMISTRY HEAT AND CHEMICAL CHANGE

THERMOCHEMISTRY HEAT AND CHEMICAL CHANGE. THE FLOW OF ENERGY. ENERGY TRANSFORMATIONS. Thermochemistry is concerned with the heat changes that occur during chemical reactions. Energy is the capacity for doing work or supplying heat.

616 views • 49 slides

Chapter 5

Chapter 5. Thermochemistry. Terms I. Thermochemistry Study of Kinetic Energy Energy of Potential Energy Energy of. Units of E. JOULE Calorie vs. calorie 1 Cal = 1 cal is the amount of heat necessary to raise the temperature of 1 g of water 1 o C 1 cal = J.

471 views • 38 slides

10-11 Temperature and Heat

10-11 Temperature and Heat. Temperature & Scales Thermometry Thermal Expansion Heat and Internal Energy Heat Transfer Heat and Temperature Change, Specific Heat Capacity. Homework. Ch. 10 13, 20, 24, 45, 50, 58, 59. Ch.11 1, 3, 4, 5, 6, 9, 11, 21, 23, 54, 63, 64. Temperature.

655 views • 36 slides

Enthalpy

766 views • 35 slides

CH 6: Thermochemistry

504 views • 30 slides

Thermochemistry

Thermochemistry. David P. White University of North Carolina, Wilmington. Chapter 5. The Nature of Energy. Kinetic and Potential Energy From Physics: Force is a push or pull on an object. Work is the product of force applied to an object over a distance: w = F ? d

385 views • 30 slides

Concepts, Calorimetry and PFA

Concepts, Calorimetry and PFA. Mark Thomson University of Cambridge. This Talk:. ? ILC Physics/Detector Requirements. ? Detector Concepts and optimisation. ? Calorimetry at the ILC. ? Particle Flow Status. ? PFA in near future. ? Conclusions. s (e + e - g Z HH) = 0.3 fb. e.g. ZHH.

413 views • 26 slides

Detectors for TLEP and V/X-LHC

373 views • 25 slides

Prentice Hall Chemistry (c) 2005

Prentice Hall Chemistry (c) 2005. By Daniel R. Barnes Init: 3/14/2011. Section Assessment Answers Chapter 17.

675 views • 24 slides

Thermodynamics

Thermodynamics. Thermodynamics is the study of systems involving energy in the form of heat and work. . First Law of Thermodynamics. The change in internal energy of a system ( D U) must be related to the energy exchange of heat (q) and work (w). D U = q + w

451 views • 23 slides

CMS Hadronic Endcap Calorimeter Upgrade Studies

358 views • 20 slides

Calorimetry

Calorimetry. Measurement of heat flow (through temperature) associated with a reaction Because dH = q / dT, measuring Temperature change at constant P yields enthalpy. Problem

458 views • 18 slides

Causes of Change

249 views • 16 slides

Chapter 16 Calorimetry

578 views • 14 slides

Specific Heat & Phase Changes

381 views • 12 slides

kinematics

kinematics. Opportunities and issues. Luminosity. Intensity : expect 5.10 8 protons.s -1 Beam : 2808 bunches of 1.15x10 11 protons = 3.2x10 14 protons Bunch : Each bunch passes IP: 3.10 5 km.s -1 /27 km ~ 11 kHz

319 views • 11 slides

Calorimetry

Calorimetry. General Chemistry 101/102 Laboratory Manual University of North Carolina at Wilmington. Safety and Waste Management. Exercise care when handling objects that have been heated. Remove the stopper from the test tube when heating your metal sample ( never heat a closed system! )

596 views • 10 slides

Tuesday 4 th Feb

Tuesday 4 th Feb. Wednesday 5 th Feb. 1-1-025. 4-S-030. 4-S-030. 32-1-A24. 40-S2-B01. 13-2-005. Calorimetry + FCAL ( Nilou ). Vtx + Tracking ( Nilou ). Calorimetry + FCAL (Suzanne). Physics + Analysis + Software ( Damiano ). RESERVE. a.m. a.m. Detector Optimisation

88 views • 1 slides