Problem: Each student must create and solve an
apportionment problem using what you have learned in this chapter.
The problem must have at least four "states" and 30 "seats". You
must choose one of the four methods presented in this chapter
(Hamilton's, Jefferson's, Adams' or Webster's) to apportion the
"seats". If you use Hamilton's Method, you must go on to
demonstrate the occurrence of one of the paradoxes (Alabama,
Population, or New States). If you use one of the divisor...
Use EXCEL to format this and solve using solve and explain.
Biggest problem is once have variables (which i have half done) is
setting up in Excel.
A farmer in the Midwst haas 1,000 acres of land on which she
intends to plant corn, wheat, and soybeans. Each acre of corn costs
$100 for preparation, requires 7 worker-days of labor, and yields a
profit of $30. An acre of wheat costs $120 to prepare, requires 10
worker-days, and yields $40...
What would have you done differently to successfully contain and
solve the crisis in each of these three countries? USA, UK, and
Germany?
the
crisis is the 2007-2008 world financial crisis
Write pseudo-code to solve the following problem using MapReduce
and explain how it works.
Each line in the file lists a user ID, the ID of the movie the
user watched, the rating the user gave for the movie, and the
timestamp. For example line 1 indicates that the user’s ID is 196,
the movie ID is 242, the user gave this movie a rating of 3, and
the timestamp is 881250949. Given the file, find out the top
similar...
Solve an equilibrium problem (using an ICE table) to calculate
the pH of each of the following solutions. (Ka(HF)=6.8×10^−4)
a) 0.15 M HF
b) 0.15 M NaF
c) a mixture that is 0.15 M in HF and 0.15 M in NaF
Solve an equilibrium problem (using an ICE table) to calculate
the pH of each of the following solutions.
0.16 M CH3NH3Cl
a mixture that is 0.16 M in CH3NH2
and 0.16 M in CH3NH3Cl
Solve an equilibrium problem (using an ICE table) to calculate
the pH of each of the following solutions.
a) 0.13 mol*L−1 CH3NH2
b) 0.13 mol*L−1 CH3NH3Cl
c)a mixture that is 0.13 molL−1 in CH3NH2
and 0.13 molL−1 in CH3NH3Cl