Difference between revisions of "Midterm 2 information"

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===Midterm 2 date and time===
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====Midterm 2 date and time====
Midterm 2 will be held on '''Nov. 5 from 6-7 pm'''.
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*Midterm 2 will be held on Nov. 4 from 6-7 pm.
 
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===What will the midterm look like?===
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====Content====
 
====Content====
*Midterm 2 will cover all material from the start of term with an emphasis on material from after Midterm 1. This means '''Chapters 1-9''' and '''Sections 12.1-12.4 of LK notes''' with an emphasis on Chapters 6 and later and the corresponding chapters of PD notes. See the [[Course calendar]] for detailed readings. <!--You should also look over the [[Midterm 2 information/Learning goals|learning goals]] for this period.-->
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*Chapters 6-12 of the course notes (excluding Section 12.4 on Euler's method) as well as the least squares supplement. See [[Course calendar]] for detailed readings. Note that topics covered on Midterm 1 might reappear on Midterm 2 in the context of exponential and logarithmic functions. For example, the definition of the derivative, product and quotient rules, tangent lines, linear approximation and Newton's method all appeared on Midterm 1 but could now appear on Midterm 2 with exponential and logarithmic functions.
*The best way to study is to '''do lots of problems'''. WeBWorK assignment and review problems and OSH problems are a good place to start. There are also practice problem at the back of each chapter of LK notes.
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*The level of difficulty of Midterm 2 will be roughly similar to that of Midterm 1. Students who have kept up with webwork, OSH, lectures, and conceptual aspects of the material should find this midterm straightforward.
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====Study tips====
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*The best way to study is to do lots of problems. Questions similar to both the WeBWorK assignments and the OSH will appear on the midterm.  
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*The level of difficulty of Midterm 2 will be roughly similar to that of Midterm 1. Students who have kept up with webwork, OSH, lectures, and conceptual aspects of the material will be well-prepared for this midterm. Doing additional practice problems is extremely useful especially on topics with which you initially struggled.
  
 
====Format====  
 
====Format====  
The midterm will consist of a number of multiple choice questions, some "short answer" problems and two "long answer" problems.
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<ul>
 
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<li>The midterm will consist of a number of multiple choice questions, some short answer problems (show work, enter answer in a box) and 2-3 longer questions more like OSH. See links below for old midterms and solutions but keep in mind that the course content and order changes from year to year.<br/>
===Midterm from last year===
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'''Old midterms and solutions'''
You might want to look over and work on [[Media:Math102Midterm2_2012.pdf|Midterm 2 from last year]] for practice (with [[Midterm 2 2012 answers|the answers]]). Keep in mind that the order of topics covered is slightly different this year (trig. appeared earlier and some differential equations material appeared later).
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*[[Media:midterm2_2013.pdf|Midterm 2]] (2013) ([[Media:midterm2_2013solns.pdf|solutions]])
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<!--*[[Media:midterm2_2014.pdf|Midterm 2]]  (2014) ([[Media:midterm2_2014solns.pdf|solutions]])-->
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</li>
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</ul>
  
===Midterm 2 room assignments===
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====Midterm 2 room assignments====
{| border=1
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{{:Midterm 1 information/Room assignments/2014}}
!Section
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!Building and room #
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|-
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|101
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|WESB 100
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|-
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|102
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|LSK 200
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|-
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|103
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|BIOL 2000
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|-
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|104
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|GEOG 100
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|-
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|105
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|MATH 100
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|-
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|106
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|BUCH A101
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|}
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Latest revision as of 11:34, 26 May 2015

Contents

Midterm 2 date and time

  • Midterm 2 will be held on Nov. 4 from 6-7 pm.

Content

  • Chapters 6-12 of the course notes (excluding Section 12.4 on Euler's method) as well as the least squares supplement. See Course calendar for detailed readings. Note that topics covered on Midterm 1 might reappear on Midterm 2 in the context of exponential and logarithmic functions. For example, the definition of the derivative, product and quotient rules, tangent lines, linear approximation and Newton's method all appeared on Midterm 1 but could now appear on Midterm 2 with exponential and logarithmic functions.

Study tips

  • The best way to study is to do lots of problems. Questions similar to both the WeBWorK assignments and the OSH will appear on the midterm.
  • The level of difficulty of Midterm 2 will be roughly similar to that of Midterm 1. Students who have kept up with webwork, OSH, lectures, and conceptual aspects of the material will be well-prepared for this midterm. Doing additional practice problems is extremely useful especially on topics with which you initially struggled.

Format

  • The midterm will consist of a number of multiple choice questions, some short answer problems (show work, enter answer in a box) and 2-3 longer questions more like OSH. See links below for old midterms and solutions but keep in mind that the course content and order changes from year to year.
    Old midterms and solutions

Midterm 2 room assignments

Section Building and room #
101 HENN 200
102 HENN 201
103 (last names starting with A-K) BUCH A203
103 (last names starting with L-Z) BUCH A103
104 BUCH A201 (possibly a few students in BUCH A102)
105 BUCH A102
106 CHEM B250
107 CHEM B150