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.
It would be A because B could be answered best with a poll graph, C with a pie graph, and D with a bar graph. Line graphs typically show speed and rate so A makes the most sense, but you are still able to do the other questions on a line graph.
The answer is D. Only student B is correct. Student A is incorrect because static electricity can be detected through the principle of electrostatic induction, which will indicate if there are static electricity on the surface of an object. A device which can detect static electricity is an electroscope. Moreover, for student B, it is correct that the cause for electric current to flow is the uniform flow of free electrons.
Answer: M and E
Explanation: Hope this helps
