I have seen many video no one has given a detailed explanation like you is very very helpful.....ima watching it today ......hope I will be able to complete the project without any problem
Hey, its a request to make a series on er diagram, how that relationship between different entities, could be set. I loveed your explanation her, and the style of teaching 💯💯💯
Thank you for your request! I'm glad you enjoyed my explanation and teaching style. Creating a series on ER diagrams sounds like a great idea. I can cover topics like entity types, attributes, relationships, cardinality, and more. Stay tuned for upcoming content! If you have any specific topics you'd like me to cover within the series, feel free to let me know
I just don't get one thing that for any one particular student can only enroll into or belong to some particular session only whereas on reversal a particular session can contain multiple students, so this means that multiple students can enroll into any one particular session whereas the reverse is not true that is a particular single student can't enroll for multiple sessions. We can understand this from one Ex:- Suppose your college has total 1000 students containing students from all the years for course CSE, in your batch 300 students are there. Let even semesters be going on (i.e 2nd, 4th, 6th, 8th) then students from your batch can only go for a particular session out of these like if you are in 3rd year than you can only enroll into 6th sem unless you have a year back. Its is very much clear that same student can't enroll himself into 6th, 4th, 2nd sems all together simultaneously. So, how can be student table is related to session table in many to many fassion (m:m) as sir showed in the video and ER diagram. As per me the relation should be many to one (m:1) where students are many and session is one as for many to many both of the sides should first satisfy many to one and one to many condition. Correct me if I am wrong or atleast acknowledge by replying if I am correct.
It shall be uploaded as soon as the views reach a certain count, as mentioned in the video. However, if you have any doubts regarding the project we can do a Google Meet. You can directly email me.
I have seen many video no one has given a detailed explanation like you is very very helpful.....ima watching it today ......hope I will be able to complete the project without any problem
awesome video
Thank you.
Hey, its a request to make a series on er diagram, how that relationship between different entities, could be set. I loveed your explanation her, and the style of teaching 💯💯💯
Thank you for your request! I'm glad you enjoyed my explanation and teaching style. Creating a series on ER diagrams sounds like a great idea. I can cover topics like entity types, attributes, relationships, cardinality, and more. Stay tuned for upcoming content! If you have any specific topics you'd like me to cover within the series, feel free to let me know
Thank you sir .
Your explanation was incredibly insightful and well-articulated! It provided a clear understanding of the topic...I really appreciate it.👏👏👏👏
So nice of you. Thank you.
I just don't get one thing that for any one particular student can only enroll into or belong to some particular session only whereas on reversal a particular session can contain multiple students, so this means that multiple students can enroll into any one particular session whereas the reverse is not true that is a particular single student can't enroll for multiple sessions.
We can understand this from one Ex:-
Suppose your college has total 1000 students containing students from all the years for course CSE, in your batch 300 students are there. Let even semesters be going on (i.e 2nd, 4th, 6th, 8th) then students from your batch can only go for a particular session out of these like if you are in 3rd year than you can only enroll into 6th sem unless you have a year back. Its is very much clear that same student can't enroll himself into 6th, 4th, 2nd sems all together simultaneously.
So, how can be student table is related to session table in many to many fassion (m:m) as sir showed in the video and ER diagram. As per me the relation should be many to one (m:1) where students are many and session is one as for many to many both of the sides should first satisfy many to one and one to many condition. Correct me if I am wrong or atleast acknowledge by replying if I am correct.
Please provide full code link till part 7 pls🥺 i need to submit my proj by tomorrow pls sir 🥺🥺kindly do the needful
It shall be uploaded as soon as the views reach a certain count, as mentioned in the video. However, if you have any doubts regarding the project we can do a Google Meet. You can directly email me.
😝 Promo*SM