What is being referred above is the digital information fluency. They are the ones responsible of producing an effective and efficient with the use of digital information.They also use it ethically which is beneficial to those who are using it. They are also used in evaluating and finding information in regards to digital information.
Answer:
The solution code is written in Python:
- keysList = [32, 105, 101, 35]
- itemsList = [10, 20, 30, 40]
-
- output = ""
-
- for i in range(len(keysList)):
- if(keysList[i] > 50):
- output += str(itemsList[i]) + " "
-
- print(output)
Explanation:
Firstly, let us use the two sample list, keysList and itemsList in our program (Line 1-2). Then create a output variable to hold the output string (Line 4).
Next, we create a for-loop and use it to traverse through the elements in the keysList. If any keysList element is bigger than 50 then we use the same index i to get the corresponding item from itemsList and join that value to the output string (Line 7-8).
Lastly, we print the output (Line 10).
Answer:
Early in the history of technology, the development of tools and machines was based on technical know-how versus scientific knowledge as is done today.
Explanation:
In the era prior to technological development, men had a basic and at times rudimentary manufacturing development, based on artisan processes that developed their tools and machinery by hand, without any type of automation or mass production rules.
Thus, each part or tool was manufactured in a unique way, which required a broad mastery of the production process by the manufacturer. This is how the first professions began to emerge, such as blacksmiths for example, who mastered the technique of manufacturing different implements and carried them out without any scientific knowledge.
Answer:
Answered below
Explanation:
Index of the first element compared to the key is 5. The element itself is 55.
This index is evaluated by the addition of the index of the first element which is 0(zero) and the the index of the last element which is 10.
( Index of the last element is determined by subtracting the one from the total number of elements)
After the addition, the result is divided by 2 to get the first index from which the binary search begins.
firstIndex = 0
lastIndex = array.length - 1
midpoint = (firstIndex + lastIndex) / 2
Answer: A- Public Key Encryption
Explanation: The Public key Encryption is used prevalently on the web, it allows for secure messages to be sent between parties without having to agree on, or share, a secret key. It uses an asymmetric encryption scheme in which the encryption key is made public, but the decryption key is kept private.
