Answer:
Hi myself Shrushtee.
Explanation:
Your answer is
A) software engineering,
please mark me as brainleist
Answer:
"Virtual reality" is the appropriate answer.
Explanation:
The utilization of technological advances gives the impression of a 3D interactive environment wherein the things that have such a perception of space embodiment or involvement, are considered as Virtual reality.
Virtual reality implementations often include:
- Entertainment,
- Medical and
- Educational activities.
Answer:
One angle
Explanation:
I have seen several scripts with various directions such as "Close on" "from another angle", etc. And other scripts without such notations. I have seen conflicting comments concerning this practice---Some producers I have contacted say they want this IN the "finished script" they get and others, feel, like I do, that camera angles and lighting and such are up to the director in the production phase. I have also read that Spec Scripts do not have such notations. So what should I include or not, in this respect, in a Spec Script.
Answer:
The code written in python and fully commented for this question is given below:
# Create the function shampoo_instructions with the num_cycles parameter input
def shampoo_instructions(num_cycles):
# Condition if is less than 1, print too few
if num_cycles < 1:
print("Too few.")
# Condition if is greater than 4, print too many
elif num_cycles > 4:
print("Too many.")
# If is in inclusive range [1,4], print the Lather and rinse cycle
else:
# Create a for loop to print rinse cycle
for i in range(num_cycles):
print("{}: Lather and rinse.".format(i+1))
# Print an end string for each execution
print("End-------------------------------------")
# Call the function with all the conditions tested
shampoo_instructions(3)
shampoo_instructions(0)
shampoo_instructions(4)
shampoo_instructions(5)
Explanation:
I attach an image that contains the output of the execution and the source code.
Answer:
18, 13, 19
Explanation:
Number of computer programmers proficient only in Java = 45 - ( 1+1+6) = 37
Number of computer programmers proficient only in C++ = 30 - (6+1+5) = 18
Number of computer programmers proficient only in python = 20 - ( 1+1+5) = 13
Number of computer programmers are not proficient in any of these three languages = 100 - ( 37 + 18 + 13 + 1+ 1+ 5+ 6 ) = 100 - 81 = 19
