+ 15

Friends has your questions been approved recently?

I have pending question ranging from few weeks to months. So have your question got approved recently.

21st Feb 2017, 3:04 AM
Ram chandra Giri
Ram chandra Giri - avatar
17 ответов
+ 15
@gaurav by the logic of that example your answer should be (A+B+C+D)*(A+B+C+D')*(A+B+C+D)*(A'+B+C+D)*(A+B+C+D) Hope it helps cause I really don't know anything about that topic.
26th Feb 2017, 5:31 PM
Ram chandra Giri
Ram chandra Giri - avatar
+ 13
just got some accepted from HTML which was posted 2 days ago.
23rd Feb 2017, 12:48 AM
Ram chandra Giri
Ram chandra Giri - avatar
+ 12
@Moksh just got that one from JavaScript approved. But have from java, c#, php and now html.
21st Feb 2017, 11:39 AM
Ram chandra Giri
Ram chandra Giri - avatar
+ 12
has your been approved now?
26th Feb 2017, 4:56 PM
Ram chandra Giri
Ram chandra Giri - avatar
+ 12
@gaurav I don't know anything about that but since you asked just read online about it. You may already know it but I think this is probably close to your answer. And remember I don't have to study about Boolean expression, I just think same logic could be applied to your question. Conversion of POS form to standard POS form or Canonical POS form We can include all the variables in each product term of the POS form equation, which doesn’t have all the variables by converting into standard POS form. The normal POS form function can be converted to standard POS form by using the Boolean algebraic law, (A * A’ = 0) and by following the below steps. Step 1: By adding each non-standard sum term to the product of its missing variable and its complement, which results in 2 sum terms Step 2: Applying Boolean algebraic law, A + BC = (A + B) * (A + C) Step 3: By repeating the step 1, until all resulting sum terms contain all variables By these three steps we can convert the POS function into standard POS function. Example: F = (A’ + B + C) * (B’ + C + D’) * (A + B’ + C’ + D) In the first term, the variable D or D’ is missing, so we add D*D’ = 1 to it. Then (A’ + B + C + D*D’) = (A’ + B + C + D) * (A’ + B + C + D’) Similarly, in the second term, the variable A or A’ is missing, so we add A*A’ = 1 to it. Then (B’ + C + D’ + A*A’) = (A + B’ + C + D’) * (A’ + B’ + C + D’) The third term is already in the standard form, as it has all the variables. Now the standard POS form equation of the function is F = (A’ + B + C + D) * (A’ + B + C + D’) * (A + B’ + C + D’) * (A’ + B’ + C + D’) * (A + B’ + C’ + D)
26th Feb 2017, 5:24 PM
Ram chandra Giri
Ram chandra Giri - avatar
+ 11
@Gaurav then you are now close to creator badge. Good luck.
23rd Feb 2017, 1:57 AM
Ram chandra Giri
Ram chandra Giri - avatar
+ 10
@gaurav when it got approved.
21st Feb 2017, 3:20 AM
Ram chandra Giri
Ram chandra Giri - avatar
+ 9
@mark when was your last and for what language.
21st Feb 2017, 3:19 AM
Ram chandra Giri
Ram chandra Giri - avatar
+ 9
@Moksh I have one question of JavaScript that is in pending for at least two month.
21st Feb 2017, 7:15 AM
Ram chandra Giri
Ram chandra Giri - avatar
+ 3
after submitting a lot of questions my one question of html got approved.
21st Feb 2017, 10:05 AM
gaurav kulkarni
gaurav kulkarni - avatar
+ 2
yes a couple weeks ago. 2 Java questions
21st Feb 2017, 3:05 AM
mark
mark - avatar
+ 2
out of 12 questions only one question in java has got approved.my 9 questions of html are pending.
21st Feb 2017, 3:18 AM
gaurav kulkarni
gaurav kulkarni - avatar
+ 2
approximately 5-7 Feb
21st Feb 2017, 3:21 AM
gaurav kulkarni
gaurav kulkarni - avatar
+ 2
congratulations Ram sir you are a creator master now.
2nd Mar 2017, 1:27 PM
gaurav kulkarni
gaurav kulkarni - avatar
+ 1
my 10 questions of html got accepted within last two days
23rd Feb 2017, 1:55 AM
gaurav kulkarni
gaurav kulkarni - avatar
+ 1
@Ram sir pleaseConvert the following Boolean expression into standard Product of Sum (POS) form. (A+B+C) (B+C+D) (A+B+C+D).please help me sir.i am confused
26th Feb 2017, 5:01 PM
gaurav kulkarni
gaurav kulkarni - avatar
+ 1
thank you sir for devoting your valuable time
26th Feb 2017, 5:27 PM
gaurav kulkarni
gaurav kulkarni - avatar