For 1 one element delete operation by any way front or rear, in any index position values when front==rear , resetting both to -1, which implies empty queue.
Hello ma'am, in the last case where f > r, i think we can keep on using the queue, because as per your explanation, if f = 2, adding from front will add an element at index:1 and adding an element from rear will add an element at index: 2. Making f again < r. 🙂
Clear explanation. Good job!!!
Thankyou for explaination ma'am 🙏🏽
awesome explanations.
Such a soothing voice, I really understood it better! Thanks!
Can you tell me the condition in input restricted dequeue and output restricted dequeue of overflow and underflow
For 1 one element delete operation by any way front or rear, in any index position values when front==rear , resetting both to -1, which implies empty queue.
your videos are very good and able to understand very much. why did you stop posting videos
Thanks for teaching.
Hello ma'am, in the last case where f > r, i think we can keep on using the queue, because as per your explanation, if f = 2, adding from front will add an element at index:1 and adding an element from rear will add an element at index: 2. Making f again < r. 🙂
good explanation of deque Thanks !!!!
explained nicely.thanks
It's good........I wonder how u managed to not get any shadows of ur hands on the paper
I think she turned off shadow in settings, just like PUBG 🙄
Beautiful hand writing 🥳
Every thing is fine, could you please make video on #Hashing.
what if they have 5 index?
in the last case why we setted the value of r and f to -1--------------we can set it to 0
No cause 0 will mean that the 0th index has a value, which is wrong, so we set it to something not in the array index.
it will be better if you start with empty queue
Thank you.
Thank u
Madam please provide complete Java program
ISE people !!
Your voice is too cute😍
legends look at left hand ring finger....😜😜
Abey kabhi padai par bhi dyan de 🤦♂️
😔😔not useful , because there are more condition to implement the dequeue .
If you already know all the things.
Then why the fuck you are even watching this video at first place.
Oversmart 🙄