It is great but that's really it.
Don't get me wrong I adore Python, no complications, pure simplicity, wonderful community. But for any larger project that will be scaled I'd never use it. It's slow (mostly because of GIL) and gets pretty hard to organise once you have thousands of .py files but it's still a great language (my first one) when doing quick prototyping, personal projects, learning and it's also AI de facto programming language because of its readability works as a glue with AI.
It's related to flowchart in a way we write algorithms, for eg. in python we rarely use counter in for loop the inverse is thus C++ where most for loops are for loops not for each loops.
Hope this helps.
The following are either true or false in respect of Principles of Facility Planning/Management.
No. 1 is True. No. 2 is False. No. 3 is False. No. 4 is True. No. 5 is True.
<h3>What are the Principles of Facility Planning?</h3>
The main principles of facility planning are given below:
- The planner must coordinate the plans with other government agencies that provide facilities
- look at other options before selecting the final location for the facility
- give adequate justification for the proposed facility
- develop a management plan that includes design priorities and operational strategies
- use the Life-Cycle Cost principles while designing
- ensure that it is in line with the organisations plans/goals etc
Please see the link below for more about Facility Management:
brainly.com/question/5047968
Answer:
The answer is "Option A".
Explanation:
Add extra functionality, otherwise, it increases the R-square value, which is defined in the following points:
- To incorporate essential elements, R-square is explicitly promoted.
- It Increases the R-square value, which is an additional feature.
- It removes the features, which provide the value of the reduce R-square.
- After incorporating the additional features is used as the model, which is R-square, which is never reduced.
