The possible solutions to recommend are that Vertical scaling, Horizontal scaling, Cloud bursting
The cloud computing business model is based on a utilitarian business model, which charges you solely for the resources you use. With this strategy, you may scale your cloud fleet to suit its present workload and add and subtract capacity as needed. Variability may be used to scale cloud services in a variety of ways, including vertical and horizontal scaling and bursting. Horizontal scaling in cloud computing refers to adding more instances rather than switching to a bigger instance size. Vertical scaling involves the addition of more or faster CPUs, memory, or I/O resources to an existing server or the replacement of one server by a more physical server.
Learn more about the utility business model here: brainly.com/question/28668154brainly.com/question/29349562
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Answer:
count_land = count_air = count_water = 0
while True:
s = input("Enter a string: ")
if s == "xxxxx":
break
else:
if s == "land":
count_land += 1
elif s == "air":
count_air += 1
elif s == "water":
count_water += 1
print("land: " + str(count_land))
print("air: " + str(count_air))
print("water: " + str(count_water))
Explanation:
*The code is in Python
Initialize the variables
Create a while loop that iterates until a specific condition is met. Inside the loop, ask the user to enter the string. If it is "xxxxx", stop the loop. Otherwise, check if it is "land", "air", or "water". If it is one of the given strings, increment its counter by 1
When the loop is done, print the number of strings entered in the required format
The BIOS feature that enables a hard drive to read or write several sectors at a time is called IDE block mode
Explanation:
IDE block mode setting speeds up IDE drivers when enabled by allowing multiple sectors to read or write operations. This BIOS feature rushes up hard disk drive passage by transferring many divisions of data per interrupt rather than using the normal single-sector transfer mode.
This mode of transfer is known as block transfers. When block transfers are enabled, depends on the IDE controller, nearly 64 KB of data can be transferred per interrupt.