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Pani-rosa [81]
3 years ago
13

What does the evolution in how we understand the identities of superman suggest about how society's view of identity changed ove

r time?.
SAT
2 answers:
wlad13 [49]3 years ago
6 0

There has been several evolution overtime. The one that tells  how we understand the identities of Superman suggests that society's view of identity is known to be subjective.

  • Here, the society takes identity at face value instead of the use of other form of evidence.

<h3>Why a subjective view?</h3>

From the study of the Superman's secret identity and its evolution, it therefore shows how the society really see the idea about identity.

Note that Clark Kent in the story has the same resemblance to Superman but they are of two identities types.

People often can see and accept one of the identity type they conform to them and ignore any kind of anomaly such as that of superman.  So we can say that they are two different persons living two different lives.

learn more about evolution from

brainly.com/question/16680430

Scrat [10]3 years ago
3 0

The way in which evolution helped us understand the identities of superman and what it suggest about how society's view of identity changed over time is:

  • People are more accepting of identity changes based on the influence of fictional characters like Superman and Clark Kent, or Kal El.

<h3>What is Identity Change?</h3>

This refers to the different personality where one person has one personality with a group of people and then has a different personality when with others.

With this in mind, we can see that evolution played its role as the society is now more accepting of identity changes.

This can be seen from the fictional Superman which was played by Clark Kent who came from Krypton but has to hide his identity but begins to help people with his super powers.


Read more about identity change here:
brainly.com/question/9168823

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Which constitution would be considered an example of freedom of association
Nana76 [90]

Is this muliorple answer?

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3 years ago
Once you have your heap structure created, next you must use it as a backing structure to a priority queue. Develop a PriorityQu
saveliy_v [14]

Using the knowledge in computational language in python it is possible to write a code that Develop a PriorityQueue data structure in a file.

<h3>Writting the code in python:</h3>

<em>import sys</em>

<em>class Node:</em>

<em>def __init__(self,key):</em>

<em>self.left = None</em>

<em>self.right = None</em>

<em>self.val = key</em>

<em>self.parent = None</em>

<em>class MinHeap:</em>

<em>def __init__(self, maxsize):</em>

<em>self.maxsize = maxsize</em>

<em>self.size = 0</em>

<em>self.Heap = Node(-1 * sys.maxsize )</em>

<em>self.FRONT = self.Heap</em>

<em># A utility function to do inorder tree traversal</em>

<em>def isLeaf(self, node):</em>

<em>if node.left == None and node.right == Node:</em>

<em>return True</em>

<em>return False</em>

<em># Function to swap two nodes of the heap</em>

<em>def swap(self, node1, node2):</em>

<em>node1.data, node2.data = node2.data, node1.data</em>

<em># Function to heapify the node at pos</em>

<em>def minHeapify(self, node):</em>

<em># If the node is a non-leaf node and greater</em>

<em># than any of its child</em>

<em>if not self.isLeaf(node):</em>

<em>if (node.data > node.left.data or</em>

<em>node.data > node.right.data):</em>

<em># Swap with the left child and heapify</em>

<em># the left child</em>

<em>if node.left.data < node.right.data:</em>

<em>self.swap(node, node.left)</em>

<em>self.minHeapify(node.left)</em>

<em># Swap with the right child and heapify</em>

<em># the right child</em>

<em>else:</em>

<em>self.swap(node, node.right)</em>

<em>self.minHeapify(node.right)</em>

<em># Function to insert a node into the heap</em>

<em>def insert(self, element):</em>

<em>if self.size >= self.maxsize :</em>

<em>return</em>

<em>self.size+= 1</em>

<em>self.bst_insert(FRONT, element)</em>

<em>current = FRONT</em>

<em>while current.parent != None and current.data < current.parent.data:</em>

<em>self.swap(current, current.parent)</em>

<em>current = current.parent</em>

<em># Function to print the contents of the heap</em>

<em>def Print(self):</em>

<em>self.inorder()</em>

<em># Function to build the min heap using</em>

<em># the minHeapify function</em>

<em>def inorder(self, root):</em>

<em>if root:</em>

<em>inorder(root.left)</em>

<em>print(root.val)</em>

<em>inorder(root.right)</em>

<em>def bst_insert(self, root, node):</em>

<em>if root is None:</em>

<em>root = node</em>

<em>else:</em>

<em>root.next = node</em>

<em>self.FRONT = node</em>

<em># Driver Code</em>

<em>if __name__ == "__main__":</em>

<em>r = Node(50)</em>

<em>bst_insert(r,Node(30))</em>

<em>bst_insert(r,Node(20))</em>

<em>bst_insert(r,Node(40))</em>

<em>bst_insert(r,Node(70))</em>

<em>bst_insert(r,Node(60))</em>

<em>bst_insert(r,Node(80))</em>

<em># Print inoder traversal of the BST</em>

<em>inorder(r)</em>

<em>print('The minHeap is ')</em>

<em>minHeap = MinHeap(15)</em>

<em>minHeap.insert(5)</em>

<em>minHeap.insert(3)</em>

<em>minHeap.insert(17)</em>

<em>minHeap.insert(10)</em>

<em>minHeap.insert(84)</em>

<em>minHeap.insert(19)</em>

<em>minHeap.insert(6)</em>

<em>minHeap.insert(22)</em>

<em>minHeap.insert(9)</em>

<em>minHeap.minHeap()</em>

<em>minHeap.Print()</em>

<em>print("The Min val is " + str(minHeap.remove()))</em>

See more about python at brainly.com/question/13437928

#SPJ1

6 0
2 years ago
What do you believe would help young people build better futures for themselves. PLZ HELP!!!
trasher [3.6K]

Answer:

What I believe would help young people build better future for themselves is if they simply did what they wanted to do and made sure that they dd well in school so that they can achieve their goals in life. Also, I believe that children could try to make friends along the way so that do not have to go through everything alone and instead will have someone to go along with them.

Explanation:

5 0
3 years ago
Read 2 more answers
All of the needs- and process-based theories of motivation can be addressed within most organizations. To satisfy basic needs, b
BartSMP [9]

All of the needs- and process-based theories of motivation can be addressed within  ERG theory so as to satisfy basic needs.

<h3>What are the need based theories of motivation?</h3>

There are said to be some major theories in the need-based category which are:

  • Maslow's hierarchy of needs
  • ERG theory
  • Herzberg's dual factor theory
  • McClelland's acquired needs theory.

Note that All of the needs- and process-based theories of motivation can be addressed within  ERG theory so as to satisfy basic needs.

Learn more about motivation from

brainly.com/question/11871721

#SPJ1

5 0
2 years ago
Among the seven nominees for two vacancies on the city council are three men and four women. In how many ways may these vacancie
kodGreya [7K]

Answer:

This question is incomplete

Complete Question

Among the seven nominees for two vacancies on the city council are three men and four women. In how many ways may these vacancies be filled

a) with any two of the nominees?

b) with any two of the women?

c) with one of the men and one of the women?

Answer:

a) 21 ways

b) 6 ways

c) 12 ways

Step-by-step explanation:

We solve this question using combination formula

C(n, r) = nCr = n!/r! (n - r)!

a) with any two of the nominees?

Probability (two of the nominees) = 7C2

= 7!/2! ×(7 - 2)!

= 7!/ 2! × 5!

= 7 × 6 × 5 × 4 × 3 × 2 × 1/2 × 1 ×(5 × 4 × 3 × 2 × 1)

= 21

b) with any two of the women?

We have a total of 4 women

Hence, the probability of any two of the four women, filling the vacancies =

P(any two of the women) = 4C2

= 4!/2! ×( 4 - 2)!

= 4!/ 2! × 2!

= 4 × 3 × 2 × 1/ 2 × 1 ×( 2 × 1)

= 6

c) with one of the men and one of the

Total number of men = 3

Total number of women = 4

= 3C1 × 4C1

= [3!/1! ×(3 - 1)! ] × [4!/1! ×(4 - 1)! ]

= [3!/1! × 2!] × [4!/1! ×3!]

= [3 × 2 × 1/ 1 × 2 × 1] × [4 × 3 × 2 × 1/ 1 × 3 × 2 × 1]

= 3 × [24/6]

= 3 × 4

= 12 ways

6 0
3 years ago
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