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GEOG 322 Chapter Notes - Chapter 6: Relational Database

Canada

Introduction to Geographic Information Systems

Geography

Kamal Mohammad

University of Saskatchewan

Sustainable Plant and Soil Management

One World Many Peoples Introduction to Cultural Anthropology

Intermediate Microeconomic Theory

Introduction to Weather and Climate

Environmental Geography

Analysis of Environmental Management and Policy Making

Fundamentals of Music

Probability Theory

Soil Genesis and Classification

Natural Resource Management and Indigenous Peoples

Identification of Saskatchewan Plants and Soils

<p>a) find the entropy of a set of N oscillators of frequency w as afunction of the total quantum number n. use the multiplicityfunction and make the Srirling approximation log N! ~= N log N-N.Replace N-1 by N<br>b) Let U denote the total energy n*hbar*w of teh oscillators.Express the entropy as sigma(U,N). Show that the total energy attemperature tau is U=N*hbar*w/[exp(hbar*w/tau)-1]</p>

<p>if u is a unit vector, find u · v and u · w. (assume v and w are also unit vectors.)</p>

<p>An ideal gas expands isothermally performing 560 J of workintheprocess. Find the hear absorbed during the expansion.</p> <div><br></div> <div>Delta T = O = delta U = O</div> <div><br></div> <div>W = - 560 J</div> <div><br></div> <div>Q = W</div> <div>Q = - 560 J</div> <div><br></div> <div>Is this problem asking for Q or U?</div>

GEOG 322 Chapter Notes - Chapter 6: Relational Database

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