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.

Brian says that his house is less than 2 miles from Target (T) and more than 4 miles from Walmart (W). Clearly indicate all possible locations for Brian’s house on the drawing.

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. 

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

You are planning to make a class garden using a raised garden bed.  Match each type of measurement with the correct garden bed activity. 

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? 

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 EuroRivers = 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’)

A class definition called Property is given below.  Create code for a method that displays a brief description of the property when the Python print function prints the object id of the property.  The “__size” and “__value” attributes are integer values, the other attributes are strings.  class Property ( ):        def __init__(self, name, propID, loc, size, value, owner): self.__name = name                self.__propID = propID                self.__loc = loc                self.__size = size self.__value = value                self.__owner = ownerFor example, when this code is executed: p1 = Property(‘Private Res.’, ‘FX0042’, ‘9900 University Dr’, 9500, 765000, ‘Maria Muellerl’) ……the code print(p1) displays this: Name: Private Res. Property ID: FX0042 Location: 9900 University Dr Size: 9500 sq ft Value: $765000 Owner: Maria Mueller

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)

An example of an Application Program Interface (API) was presented in class during week #13.  Which of the following are true about that API?  Check all that are true.