One small Python lesson that quietly changed the way I think about logic while coding. When working with if-elif conditions, Python doesn't check all conditions. It stops at the first condition that becomes True. That means the order of your conditions matters more than you think. For example, if a value satisfies an earlier condition, Python will never even look at the next elif blocks, even if they are also technically True. At first this confused me while testing my code. But then it clicked: Programming isn’t just about writing conditions… it's about designing the flow of logic. Small observations like this are what make learning Python interesting every day. Every bug teaches something. Every “wait… why did that happen?” moment makes you a better developer. #Python #CodingJourney #ProgrammingLogic #LearnToCode #DeveloperMindset
1 is the ans I just started coding but I think it pretty obvious that you write because that is basic of if condition Am I write? I just started so I don't know. Before start I also confuse that reale logic hota kya so I am also just try to understand that what actually means by logic in coding
Wouldn’t it throw an error? Because you didn’t end with an else statement?
2 is the answer
12
2
There is also short circuit evaluation around bool and and bool or operators. In A and B, if A is False it does not evaluate B before evaluating the expression as False; similarly in A or B, if A evaluates to True then the expression evaluates to True without actually evaluating B. "Short circuit evaluation"
1,Since one elif is already True, Python stops checking the remaining conditions.
Python is a lazy programmers tool. Sorry guy but you should write your logic so only one condition can be true at a time so the 2nd expression should be >=51 and <=75. 3rd instruction should be >=76 and <=80
1 first if-elif-else statement are used to get one output as a result. So first condition is not satisfied so it will move to 2nd condition.It gets satisfied and it returns 1. It will ignore the 3rd condition because. It has returned one output i.e. "1".
That's how python teaches you to write sloppy code. Python spoils coders, if else ladders should have strict boundaries defined, like x>75 && x<=80. Or else many errors are runtime ones, so an unexpected value of x might break 1 line in 1000s and you'd never find the bug until your sanity lasts. That's why syntax strict langs like C and C++ are good for learning good practices