Answer:
Below is the Python code:
stock_prices = input().split() #this takes input and separates it into a list
for price in stock_prices: #this loops through each stock price
print("$",price) #this outputs each stock price prefixed by a dollar sign
Explanation:
The logic behind the program is clearly outlined in the attached comments. To illustrate the program's workings, let's consider an example:
Imagine the user inputs the stock_prices values of
34.62 76.30 85.05
The input() method captures user input, while the split() method divides the input string, providing a list of strings as:
['34.62', '76.30', '85.05']
Following that, the loop statement for price in stock_prices: iterates through each item in the list, and print("$",price) displays each value from the list on the output screen with a dollar sign, as follows:
$ 34.62
$ 76.30
$ 85.05
Answer:
Refer to Explanation
Explanation:
Dividing this critical section into two parts:
void transaction(Account from, Account to, double amount)
{
Semaphore lock1, lock2;
lock1 = getLock(from);
lock2 = getLock(to);
wait(lock1);
withdraw(from, amount);
signal(lock1);
wait(lock2);
deposit(to, amount);
signal(lock2);
}
This approach is optimal in practice, as separating the critical section avoids any unintended states (for instance, resulting in withdrawing more funds than available).
The straightforward solution of keeping the critical section intact lies in ensuring that locks are acquired in the same order across all transactions. In this scenario, the locks can be sorted, choosing the smaller one to lock first.
Answer:
subnets=65536
Explanation:
As per our knowledge,
--> the address's interface ID portion begins at 64
--> there exists a 48 bit network prefix
therefore,
the bits available for subnets are = 64-48= 16
thus, by utilizing 16 bits, the number of subnets can be calculated as = 2^16 = 65535
My initial thought would be a photograph. A graph would be my second guess. I trust this reply resolves your inquiry!
