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sir i check all the youtube but your method of teaching is not compareable salute to u❤❤
Sir mid ki preparation k lye guide kr den
thanks sir g Allah apko khush rkhy boht achy lectures hmary concept clear hogye 😀
Thank you 🙂
Sir u r brilliant.Good work keep it up AHU
Thanks for sharing sir #Shaz Obsession
Thanks for watching.
Great work
Thanks for useful lecture
Megalove shout out idol
Sir that's very good and fulfill future demandsAHU WRITES here
Keep working.
Nice
Good job
Aoa sir great work plz 10 se agay b lec bna dain plzzzz sir g ap ka bht shukria
G inshallah will upload all the lectures very soon .plz stay
apna dono lec cover krwaye ga
Yes , both lecture ma same article ko discus kia hoa hn is liye combine lecture hn ya 5&6.
@@physicspoint100 ok sir
Keep it up sir g 👍👍
You are welcome
@@physicspoint100 😊😊😊
Thankyou sir
Ur lectures r very nice bro. Please complete the final term lectures too
Thank you, inshallah I'll try to complete soon and also upload helping materials for exams preparation
Next lecture b upload kr dy sir
Will be upload soon.
Next lectures are uploaded
inka numerical bhi add kara kar dijiya
Plz try to solve it with the help of given equation and if you have any problem you ask on WhatsApp or messenger as well .
Superb lec
V.nice lec sir
Excellent plz sir keep it up
Thank you very much, it's mean alot 😊
When lecture no 6 upload ?
It will be tomorrow .
@@physicspoint100 Thank you .
first example ka detail solution bata day smj ni ai
2nd derivative lia h position vector k
Position vector Jo r given hn ap usk 2nd derivative lay. As I mention a= two time derivative of position vector.
Assalam O Alakium sir sir I don't understand the first example
We know that F=ma . And a = dx^2 / dt .Here acceleration is the second derivative of the position vector which is " r " .so we hv to find the two time derivative of " r " .
Try it to solve ,you may do it .
@@physicspoint100 ok I will try to my best
You may follow FB page,I will share it there on page .Thank you.
@@physicspoint100 but sir I can't use Facebook
lec 6 b ha es ma kya
Yes , the application of newton's law is 5&6 lecture.
Good
sir i check all the youtube but your method of teaching is not compareable salute to u❤❤
Sir mid ki preparation k lye guide kr den
thanks sir g Allah apko khush rkhy boht achy lectures hmary concept clear hogye 😀
Thank you 🙂
Sir u r brilliant.
Good work keep it up
AHU
Thanks for sharing sir #Shaz Obsession
Thanks for watching.
Great work
Thanks for useful lecture
Megalove shout out idol
Sir that's very good and fulfill future demands
AHU WRITES here
Keep working.
Nice
Good job
Aoa sir great work plz 10 se agay b lec bna dain plzzzz sir g ap ka bht shukria
G inshallah will upload all the lectures very soon .plz stay
apna dono lec cover krwaye ga
Yes , both lecture ma same article ko discus kia hoa hn is liye combine lecture hn ya 5&6.
@@physicspoint100 ok sir
Keep it up sir g 👍👍
You are welcome
Thank you 🙂
@@physicspoint100 😊😊😊
Thankyou sir
Ur lectures r very nice bro. Please complete the final term lectures too
Thank you, inshallah I'll try to complete soon and also upload helping materials for exams preparation
Next lecture b upload kr dy sir
Will be upload soon.
Next lectures are uploaded
inka numerical bhi add kara kar dijiya
Plz try to solve it with the help of given equation and if you have any problem you ask on WhatsApp or messenger as well .
Superb lec
V.nice lec sir
Excellent plz sir keep it up
Thank you very much, it's mean alot 😊
When lecture no 6 upload ?
It will be tomorrow .
@@physicspoint100 Thank you .
first example ka detail solution bata day smj ni ai
2nd derivative lia h position vector k
Position vector Jo r given hn ap usk 2nd derivative lay. As I mention a= two time derivative of position vector.
Assalam O Alakium sir
sir I don't understand the first example
We know that F=ma . And a = dx^2 / dt .
Here acceleration is the second derivative of the position vector which is " r " .so we hv to find the two time derivative of " r " .
Try it to solve ,you may do it .
@@physicspoint100 ok I will try to my best
You may follow FB page,I will share it there on page .
Thank you.
@@physicspoint100 but sir I can't use Facebook
lec 6 b ha es ma kya
Yes , the application of newton's law is 5&6 lecture.
Nice
Good
Good