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move a couple problems, reorganize
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=== Geometry ===
 
=== Geometry ===
 
# The Theorema Egregium - that there exists a quality inherent to a surface no matter how it is "bent."
 
# The Theorema Egregium - that there exists a quality inherent to a surface no matter how it is "bent."
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# Ham sandwich theorem (easy to state, harder to motivate solution.  Possibly there's something better.
   
# What happens if we remove some the Euclidean postulates taught in high school?  Specifically, the parallel postulate?
 
# What happens if we remove some the Euclidean postulates taught in high school?  Specifically, the parallel postulate?
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# Double-bubble conjecture (a nice result, easy to state and wave hands about "curvature", and with a connection to CP!)
    
=== Topology ===
 
=== Topology ===
 
# Konigsberg bridge problem, with complete solution.
 
# Konigsberg bridge problem, with complete solution.
 
# Connection between topological spaces and algebraic groups
 
# Connection between topological spaces and algebraic groups
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# Double-bubble conjecture (a nice result, easy to state and wave hands about "curvature", and with a connection to CP!)
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# Ham sandwich theorem (easy to state, harder to motivate solution.  Possibly there's something better.
    
A motivating problem: how can we prove that a sphere and a torus are different?
 
A motivating problem: how can we prove that a sphere and a torus are different?
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=== Probability and Statistics ===
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# Discussion of Benford's law, application to recognizing fraud.
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# Understanding the concept of the "random variable"
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# Proving the Central Limit Theorem
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Motivating problem:  Deriving conclusions from rarely occurring events, such as multiple no-hitters by the same pitcher.  Specifically, how many no-hitters must a pitcher toss before one can conclude from that evidence alone that he is a great pitcher?
      
=== Analysis ===
 
=== Analysis ===
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Hard problem: What does an integral really mean?  Babble a bit about integrating the characteristic function of Q.
 
Hard problem: What does an integral really mean?  Babble a bit about integrating the characteristic function of Q.
 +
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=== Probability and Statistics ===
 +
# Discussion of Benford's law, application to recognizing fraud.
 +
# Understanding the concept of the "random variable"
 +
# Proving the Central Limit Theorem
 +
 +
Motivating problem:  Deriving conclusions from rarely occurring events, such as multiple no-hitters by the same pitcher.  Specifically, how many no-hitters must a pitcher toss before one can conclude from that evidence alone that he is a great pitcher?
    
=== Other fields ===
 
=== Other fields ===
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