Answer:
def func1(x):
return (x-32)*(5/9)
def func2(x):
return (x/2.237)
def main():
x = ""
while x != "x":
choice = input("Enter 1 to convert Fahrenheit temperature to Celsius\n"
"Enter 2 to convert speed from miles per hour to meters per second: ")
if choice == "1":
temp = input("please enter temperature in farenheit: ")
print(func1(float(temp))," degrees celcius.")
elif choice == "2":
speed = input("please enter speed in miles per hour: ")
print(func2(float(speed))," meters per second")
else:
print("error... enter value again...")
x = input("enter x to exit, y to continue")
if __name__ == "__main__":
main()
Explanation:
two function are defines func1 for converting temperature from ferenheit to celcius and func2 to convert speed from miles per hour to meters per second.
Answer:
select the icon at the Quick Access toolbar
select the icon at the top of the vertical scroll bar
double click on the Status bar
by using the Zoom slider
Explanation:
youre gonna do that
Answer:
There are few values in the list. So, this insert statement will not be executed.
Explanation:
Enigma's settings changed with each keypress, which is what made it so challenging to decipher with modern tools.
You would get a different scrambled letter each time you pressed the "A" key three times on an Enigma machine if you sat down at one right now. This contrasts with the majority of written languages used today, which exclusively use characters to represent sounds or letters. Rongorongo texts are written in a distinctive form known as reverse boustrophedon, which combines symbols with a phonetic alphabet (Ager). In addition to an Enigma machine, one needs to be aware of the message's initial state, or the positions of the wheels when the text was entered in, in order to decrypt a message.
Learn more about enigma here-
brainly.com/question/29106330
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