Please answer in complete sentences and write clearly. These responses should reflect a thoughtful and detailed understanding of the music. Each response will be graded based on the clarity, depth, and accuracy of your observations. Gustav Mahler, Symphony No. 2 “Resurrection”, Movement V  This piece is often described as epic, emotional, and transcendent. Based on what you hear, what musical elements support that description? Focus on specific things you notice: instrumentation, dynamics, tempo changes, mood shifts, and anything else that contributes to the emotional power of the piece.

For a pool in the shape of a hexagon, the surface area of the water at the top of the pool is 96 square feet. If the pool is consistently 4 feet and 8 inches deep, what is the volume of the pool in cubic feet?  Show all your work, ON YOUR PIECE OF PAPER,  to calculate the volume of the pool in cubic feet. Blank #1: What is the area of the base of this hexagonal prism?  Blank #2: In feet, what is the height of this hexagonal prism? (Round to the nearest hundredth.) Blank #3: What is the volume of the pool in cubic feet? Include proper units on paper but do not type in units into D2L. 

A class collected information from students at their school about the method students use to get to school and made the bar graph. Answer the following questions about the graph. Blank #1: How many more students walked to school than biked to school?  Blank #2: How many students rode in a car to school?  Blank #3: How many students rode their bike or walked to school?  Blank #4: If a new student enrolled in the school, what method do you think they would use to get to school? 

Select all the statements that are true when comparing a rectangle and a parallelogram. More than one answer may be correct.  Which of the following statements correctly describe the similarities or differences between a rectangle and a parallelogram? 

Given the description of 2 triangles, determine the option that justifies if the triangles are congruent, similar or cannot be determined. It may be helpful to sketch the given information on your paper, but work and/or answers on your paper will not be graded. 

What is true about a Python ‘class’?  Check all that are true.

Python allows for the creation of custom-defined exceptions.  Which of the following are true of that feature?  Check all that apply.

Write the complete display output of the following two lines of code if the code that follows the two lines is first executed. m1.chgEmail(‘jbuffet@margaritaville.com’)print(e2.name, ‘\n’, w1.email, ‘\n’, str(m1.salary)) class Employee (object):    def __init__(self, name, email):          self.name = name          self.email = email    def chgEmail (self, newEmail):          self.email = newEmail + ‘.com’          return True class Manager (Employee):      def __init__(self, name, email, salary):          super().__init__(name, email)         self.salary = salary   def chgEmail(self, newEmail):          self.email = newEmail class Worker (Employee):    def __init__(self, name, email, hourly):         super().__init__(name, email)          self.hourly = hourly           # executable code that follows the code above:e1 = Employee (‘John Davis’, ‘jDavis@gmail.com’)e2 = Employee (‘James Bradley J’, ‘jbjones@psu.edu’)w1 = Worker   (‘Karina Walden’, ‘kwalden@state.gov’, 18.50)w2 = Worker   (‘Juan MacMaster’, ‘jmacmaster@gmail.com’, ‘17.25’)m1 = Manager  (‘Warren Buffet’, ‘wbuffet@bhathaway.com’, 92000)m2 = Manager  (‘Erica Contreras’, ‘econtreras@gmail.com’, 110000)

What is true about ‘__init__’?  Check all that are true.

What will be the display output of the following code? class Rivers:    def __init__(self, itemList):          self.riverList = itemList    def __iter__(self):          return RiverIterator(self.riverList) class RiverIterator:    def __init__(self, rlist):          self.rlist = rlist          self.index = 0    def __next__(self):          if self.index >= len(self.rlist):                raise StopIteration         self.index += 1           return self.rlist[self.index – 1] EuroRivers = [‘Loire’, ‘Seine’, ‘Rhone’, ‘Rhine’, ‘Aare’, ‘Tiber’, ‘Danube’, ‘Thames’]r1 = Rivers(EuroRivers)riverMenu = iter(r1) next(riverMenu))print (next(riverMenu))next(riverMenu))print(next(riverMenu))print(riverMenu))next(riverMenu))next(riverMenu))print(next(riverMenu))print (‘End of rivers’)