Choices: а. CArea b. carea C. area1 d. validation() round() f. circlearea е. g. import math h. circle_area


Choices:<br>а. CArea<br>b. carea<br>C. area1<br>d. validation()<br>round()<br>f. circlearea<br>е.<br>g. import math<br>h. circle_area<br>

Extracted text: Choices: а. CArea b. carea C. area1 d. validation() round() f. circlearea е. g. import math h. circle_area
Complete the following Python code.<br>#main.py<br>import area1<br>def main():<br>=area1.carea<br>print('Area:',<br>_(circlearea,2))<br>main()<br>#area1.py<br>def validation(message):<br>while True:<br>number=float(input(message))<br>if number>0:<br>return number<br>def computearea():<br>radius=<br>_('enter radius:')<br>area=math.pi*math.pow(radius,2)<br>return area<br>=computearea()<br>

Extracted text: Complete the following Python code. #main.py import area1 def main(): =area1.carea print('Area:', _(circlearea,2)) main() #area1.py def validation(message): while True: number=float(input(message)) if number>0: return number def computearea(): radius= _('enter radius:') area=math.pi*math.pow(radius,2) return area =computearea()

Jun 04, 2022
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