Answer:
Option a: True
Explanation:
7-Eleven survived from bankruptcy after installing management information system. The information systems enable them to capture important data about their customer to make sure they offer their customers with the products they want in a timely manner. The information system is also enable 7-Elevent to effectively track their inventory status and replenish the stock that are selling fast. Besides, all the partners stores of 7-Eleven are connected by this information systems to provide consistent and streamlined service to their customer.
I think the answer is C
hope this helps :)
In 1948 the "curta" calculator became the first mass-produced handheld calculator, but it was not lightning fast because it was hand cranked.
The first electronic digital programmable computing device was called the Colossus, used during WWll to break German ciphers.
Between these two there were many more inventions of various improvements to computing involving speed, size, and information input/output. If these do no help please include more background in the question for a more specific answer.
Quantum computing potentially a better fit for weather forecasting than classical computers because It can perform advanced simulations more efficiently.
<h3>Why is quantum computing better than classical computing?</h3>
This is due to the fact that , unlike classical bits that are known to have or stand for a 1 or a 0, qubits is one that can be able to take on a number of a lot of states at once, and thus, they can access to a bigger space of values.
Hence, Quantum computing potentially a better fit for weather forecasting than classical computers because It can perform advanced simulations more efficiently.
See full question below
Why is quantum computing potentially a better fit for weather forecasting than classical computers? It can perform advanced simulations more efficiently. It can be easily installed at locations around the globe. It can function efficiently when stored at high temperatures. It can store extensive data for better pattern recognition
Learn more about quantum computing from
brainly.com/question/15188300
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Answer:
Explanation:
Let's do this in Python, we shall use the package random to generate a random double between 0 and 1. Then we multiply it with 50 and covert to integer to get a random integer between 0 and 50. Place a While function with condition to stop when it's greater than 25
from random import random
attempts = 1
random_int = int(random()*50)
print(random_int)
print("This is attempt " + attempts)
while random_int <= 25:
attempts += 1
random_int = int(random()*50)
print(random_int)
print("This is attempt " + attempts)