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. 

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

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? 

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.

This and the next two questions pertains to writing Python code to help process and analyze NFL Superbowl data. Given a text file whose name is ‘superbowl.txt’ that has the following data (as seen when you open it with Notepad): I,1967,Green Bay, 35, Kansas City, 10II,1968,Green Bay,33,Oakland, 14III,1969,New York Jets, 16, Baltimore, 7            .                     .             .                     . LVII,2023,Kansas City, 38, Philadelphia, 35LVIII,2024,Kansas City, 25, San Francisco, 22LIX,2025,Philadelphia, 40, Kansas City,22   The file contains data on all 59 Superbowls, including: the number (I, II, III, …), year, winning team, winner’s score, losing team, and loser’s score. Write Python code to create a class called NFL that’s a subclass of the list class.  Include a method called load() that will open the file, read the file’s contents using readlines(), convert each line of data into a sublist, clean the data, and store it in self.  The structure of self will look like the following:                      , , ,            .                     .             .                     .   , ,   ]        

What lines will appear in the display output of the following code? Check all that apply.class OnlyEvens (Exception):    passtry:    num = 58    if int(num) % 2 != 0:         raise OnlyEvens (“Only even integers allowed”)    print(‘Number is even’) print(‘Exiting’)except Exception as e:     print(‘Something went wrong’)finally: print (‘Finito’)