no it is not but u will need a ethernet cord
Answer:
def recursive_func():
x = input("Are we there yet?")
if x.casefold() == 'Yes'.casefold():
return
else:
recursive_func()
recursive_func()
Explanation:
We define the required function as recursive_func().
The first line takes user input. The user input is stored in variable x.
The next line compares the user input to a string yes. The function executes the else block if the condition isn't met, that is a recursive call is executed.
IF condition returns the function. The string in variable X is compared to a string 'Yes'. the casefold() is a string function that ignores the upper/lower cases when comparing two strings. (This is important because a string 'yes' is not the same yes a string 'Yes' or 'YES'. Two equal strings means their cases and length should match).
<span>The answer is letter B. An arrangement of directions and related documentation that instructs a PC or how to play out an undertaking or it can mean all the product on a PC, including the applications and the working framework. I hope the answer helps. </span>
Answer:
! (x< 15)
(x<= 15)
(x != 5);
Explanation:
Here, x is not less than 15 and hence !(x<15) is true. Also x = 15 and hence x is !=5, and hence x<=15 amd x!= 15 is true. However, x !=y and hence x== y is false, and x <y and hence x>y is false. And x * -y = a negative number and hence < 0. And hence ( x * -y >0) is false. And hence, the above mentioned options holds a true value, and rest of the options holds the false value.
Answer:
The host, which we also know as the network host, happens to be a computer or any other device which communicates with various other devices that can communicate with various other hosts on a network. And a node is a much broader term that covers everything which is connected to a network. And the host requires an IP address.
Explanation:
Please check the answer section.
