Answer:
Capture attributes as ID documents or biometric data
Explanation:
Examples of such attributes include biometrics, verified identification documents, and third-party verification procedures. To create a trusted digital ID, there are typically three steps: capturing verified attributes, verification of the documents, and digitization of the ID.
Great day :) toodles
Answer:
A. print ("I can code.")
Explanation:
In this scenario, Cody needs to print a message to the screen using Python. The command which shows the correct way to code a print statement is print ("I can code.").
In Python programming, the print () function is used for printing a specific output message. The syntax for the print function includes using double quotation marks to enclose the text (string).
An example of an executable code using Python programming language is;
<em>Print ("1. RED")</em>
<em>Print ("2. BLUE") </em>
<em>COLOR = Int(input("Please select your favorite color by entering a number:")) </em>
<em>If (COLOR == 1);</em>
<em>Print ("You chose Color Red") </em>
<em>elif (COLOR == 2);</em>
<em>Print ("You chose Color Blue")</em>
<em>else;</em>
<em>Print ("You have entered a wrong number") </em>
Answer:
Mercedes-Benz SLR McLaren Stirling Mos
for real for real
Explanation:
25 SQUARES
How this is calculated?
- The size of the squares doesn't matter, since the number of squares will be the same.
- We have a row of 5 squares: and on top of this you stack 5 more squares.
- Doing this for a total of 5 times so that we have 5 rows with 5 squares each.
- So we have 5 + 5 + 5 + 5 + 5 = 25 squares.
What is an array?
- An array is a data structure that holds similar, related data.
- Before an array can be used, it must be declared. To declare an array a programmer gives it at least two properties:
- an identifier
- a size - the number of elements it will hold
To know more about arrays, refer:
brainly.com/question/26104158
#SPJ4
Answer and Explanation:
Recursion is a technique to solve a problem where a function in a program calls itself at specified times.
The three situations when recursion is the single option available to solve a problem are:
- When a task is required to repeat itself without the use of loop.
- When we want to take a print of the result of the functions used in the program which calls itself in the order which is reversed. This makes use of stack.
- Where the solutions are provided such that it follows the order in solving from the inner most to the outer extreme level of the tasks. As in case of recursion in deleting the files and the directories, files are deleted followed by directories.