False because whhy would it be true. words of logic
Answer:
it shouldnt matter. If it was one that was already graded then you should be good. But if it hasnt had a grade and it doesnt ever come back, then check in with your teacher to make sure your still getting the grade.
Explanation:
Hope this helps :)
Hi!
Well, this isn't exactly a question - but rather just a request. However, I'm going to attempt to try and <em>describe </em>to you how to approach this problem, instead of just writing the code for you and sending you on your way.
So, what's our general base goal here? We want to take a string into a function, and then print it out backwards. Seems simple enough!
Right away, we already have an idea how to set this code up. We need a main method which will call <em>PrintBackwards(), </em>which will have to take a parameter of type string.
This would look something like <em>PrintBackwards(string baseString). </em>Inside this method, we'd have to do something so we can see each character in this string and then store it in a new string.
I encourage you to try and tackle this on your own, but I can give you an idea. We can have a new valueless variable called reversedString, which will store our baseString but backwards.
We could try looping through the baseString for each character it possesses, and then keep adding onto our reversedString by doing something like +=. What I mean, is we'd access the very last index of baseString, and then keep appending characters into it.
So our loop would look something like <em>for(int i = baseString.length; i > 0; i--) {}.
</em>I haven't used C++ in awhile, so you'll have to find the specific syntax requirements. But with that loop, i represents the index of each character in baseString. It starts with the last index, and keeps going down in reverse.
<em>
</em>Inside our loop, we could do something like reverseString += baseString.index(i); Again, I don't remember the specific syntax - so you'll have to do this on your own.
<em>
</em>Hopefully, this helps! =)<em>
</em>
Answer:
The correct options are;
The code is easy to test and debug
It creates programs made of modules that can be called when needed
It uses logic flow
The code is easier to follow
The code is easier to modify
Explanation:
The approach of structural programming is one such that the problem is well understood and the solution is economical
Features of structural programming includes;
- Error debugging are facilitated by structural programs and as such testing to debug
- Structural program creates program modules that are reusable
- Structural programs can be easily modified hence maintained
- Structural program emphasizes on logic
- The structural program code is easily read and understood, and therefore, it is easier to follow
