Answer:
d)
Explanation:
The main limitation of simulations is that running a simulation requires a large number of observations to be collected before it can be used to explore a problem. In a real life situation there are thousands of variables to take into consideration which can drastically affect the way that the situation unfolds at any given time. Therefore, in order to replicate/simulate such a scenario all of these variables need to be taken into consideration. This data can take a large amount of time to observe and collect in order to implement into the simulation so that it provides an accurate depiction of the problem.
Answer:
Bill Gates, Paul Allen
Explanation:
The two founders of the mega-tech giant are Bill Gates, and Paul Allen. Hope this helps!
Which of the following STEM discoverers is known for creating complex computational physics to develop computer models to simulate fluid movement?
Edison
Fedkiw
Gates
Hawking
Answer:
Fedkiw
Explanation:
Ronald Fedkiw is a professor at Stanford and also a STEM discoverer that is credited with developing a new type of computer hardware model which was used to simulate fluid movements.
His invention has helped him win various awards because it has helped professionals and technicians create visual effects for videos.
Answer:
B
Explanation:
...if they make use of the four-model approach, the time taken to develop the model would increase.
Cheers
Pseudocode:
import random
fetch user input on a lucky number
insert input into variable - "response"
new variable, random = randint
condition to check wheather random is our response
display results
Python Code:
import random
def main():
response = int(input("Guess my lucky number, its between 1 and 100: "))
lucky_number = random.randint(1,100)
if response == lucky_number:
print(f"Wow you're right, it is {lucky_number}")
else:
print("Sorry, Try Again")
main()
Reminder:
intended for python3 as i included the format f
also it could be done without the import, just manually insert a number
i'll leave the post mortum to you
