<h3>a= hybrid computer can perform the function of both analog and digital computer</h3>
A subject of what people say at the time, most used, famous at the present time
Answer:
The solution code is written in Python 3
- def findStr(stringList, c):
- output = []
- for currentStr in stringList:
- if c not in currentStr.lower():
- output.append(currentStr)
- return output
-
- strList = ["Apple", "Banana", "Grape", "Orange", "Watermelon"]
- print(findStr(strList, "g"))
Explanation:
Firstly, we can create a function and name it as findStr which takes two input parameters stringList and a character, c (Line 1).
Create a list that will hold the list of strings that do not contain the input character (Line 2).
Create a for-loop to traverse through each string in the list (Line 3).
In the loop, check if the input character is not found in the current string (Line 4), if so, add the current string to the output list (Line 5). Please note we also need to convert the current string to lowercase as this program should ignore the casing.
After completion the loop, return the output list (Line 7).
We can test the function using a sample string list and input character "g" (Line 9 - 10). We shall get the output as follows:
['Apple', 'Banana', 'Watermelon']
Answer:
The pickup diagram for the Cardioid (heart-shaped) microphone pattern tells you is that the microphone is most sensitive to sound coming in from the front (where the blue arrow is), and will tend to “refuse” sound coming in from the other side (the red arrow points to that part).
Explanation:
Answer:
Models represent the system or problem at a detailed implementation level.
Models help communicate a design.
Models help you understand a complex situation by including all of the details.
hope this is correct :)
