The segments of the flowcharts have been recreated such that it does the same processes under the same conditions, but is structured. Their respective pseudo codes have also been created. See the attached pdf.
<h3>What is a pseudo code?</h3>
A pseudo code is a notation used in program design that looks like a simplified computer language.
<h3>Why is it important for flow chart to be structured?</h3>
This preference derives from the fact that such flowcharts are easier to understand and produce less mistakes in human perception.
The organized flowchart primarily aids the mission in the development of new algorithms by encapsulating a variety of data points within an interconnected depiction.
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Answer:
D
Explanation:
A shortcut will make it easier for her to access the database file
Answer:
def one_dimensional_booleans(bool_list, use_and):
is_all_true = True
is_one_true = False
if use_and:
for b in bool_list:
if b == False:
is_all_true = False
break
if is_all_true:
return True
else:
return False
else:
for b in bool_list:
if b == True:
is_one_true = True
break
if is_one_true:
return True
else:
return False
Explanation:
Create a function named one_dimensional_booleans that takes two parameters, bool_list and use_and
Inside the function:
Set is_all_true as True and is_one_true as False. These will be used to check the list
If use_and is True, check each item in the bool_list. If one item is False, set the is_all_true as False and stop the loop. This implies that the list contains a False value. Then check the is_all_true. If it is True, return True. Otherwise, return False.
If use_and is False, check each item in the bool_list. If one item is True, set the is_one_true as True and stop the loop. This implies that the list contains a True value. Then check the is_one_true. If it is True, return True. Otherwise, return False.
Answer:
Option B(Body) is the correct answer for the above question.
Explanation:
The function is a defined processor of some specific task, which is used to perform some action of the task. The function is of two types one is predefined, which is defined by the compiler and, the other is user-defined, which is defined by the programmer. Any user-defined function has three parts--
- Function prototype: It states the type of function.
- Function body: It holds the collection of instruction that needs to perform by the function.
- Function call: From where the function is called.
The above question asked about the term, which holds the statement of the function and that term is function Body, which is defined above. So the answer body, which is stated from the option 'B'. Hence 'B', is the correct option while the other is not because--
- Option 'A' states about the header, which is not the part of the function
- Option 'C' states about data type, which defines the types of data.
- Option 'D' states none of these, but the answer is option B.
- Option 'E' states about the definition, which is not the correct answer.
When accurately executed, the only cryptosystem known to be unbreakable is called: "One-time Pad" (Option D)
<h3>What is a Crypto System?</h3>
The one-time pad is a cryptographic approach that cannot be broken but needs the usage of a single-use pre-shared key that is not less than the message being delivered. A plaintext is coupled with a unique secret key in this manner.
It should be emphasized that in cryptography, a cryptosystem is a collection of cryptographic algorithms that are required to perform a certain security function, such as confidentiality. A cryptosystem is often composed of three algorithms: one just for key generation, one for encrypting, and one for deciphering.
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Full Question:
When correctly implemented, what is the only cryptosystem known to be unbreakable?
A) Transposition cipher
B) Substitution cipher
C) Advanced Encryption Standard
D) One-time Pad
