Answer:
- def processTime(timeStr):
- timeData = timeStr.split(" ")
- timeComp = timeData[0].split(":")
- h = int(timeComp[0])
- m = int(timeComp[1])
-
- output = ""
-
- if(timeData[1] == "AM"):
- if(h < 10):
- output += "0" + str(h) + str(m) + " hours"
- elif(h == 12):
- output += "00" + str(m) + " hours"
- else:
- output += str(h) + str(m) + " hours"
- else:
- h = h + 12
- output += str(h) + str(m) + " hours"
-
- return output
-
- print(processTime("11:30 PM"))
Explanation:
The solution code is written in Python 3.
Firstly, create a function processTime that takes one input timeStr with format "HH:MM AM" or "HH:MM PM".
In the function, use split method and single space " " as separator to divide the input time string into "HH:MM" and "AM" list items (Line 2)
Use split again to divide first list item ("HH:MM") using the ":" as separator into two list items, "HH" and "MM" (Line 3). Set the HH and MM to variable h and m, respectively (Line 4-5)
Next create a output string variable (Line 7)
Create an if condition to check if the second item of timeData list is "AM". If so, check again if the h is smaller than 10, if so, produce the output string by preceding it with a zero and followed with h, m and " hours" (Line 9 - 11). If the h is 12, precede the output string with "00" and followed with h, m and " hours" (Line 12 - 13). Otherwise generate the output string by concatenating the h, m and string " hours" (Line 14 -15)
If the second item of timeData is "PM", add 12 to h and then generate the output string by concatenating the h, m and string " hours" (Line 17 -18)
Test the function (Line 22) and we shall get the sample output like 2330 hours
he program gives an output in increment of 5, if the first inputted integer is less than the second. The program written in python 3 goes thus
You click the "enter" key found on the right side of most keyboards
Answer:
d) Digitizer
Explanation:
In computing a digitizer refers to a piece of hardware that converts analogue input to digits. Analog signals refers to signals that are in a continuous range such as light, sound and records. A digitizer therefore basically gets signals from (touch, sound, light etc.) and transforms and transports it to the CPU. On a tablet or laptop, the signals will received from the finger of a stylus (digital pen).
