38:48 yes sir displacement could be zero because as it is the shortest distance between the initial and the final point. For eg: I am going to school from my home and again coming back to home from the school, so in this case we can se that our initial and final point in on the point Hence, proved
38:50 yes sir, displacement can be 0 because if we are moving in a circular motion,we are starting from A and coming back to A after a round then there will be be no displacement because we came back from A and the initial position and the final position is same then the displacement will be 0. In short if we come back to the starting point then it would be 0.
19:40 no, it will not in uniform motion 38:45 yes, displacement can be zero(0) Example:- Let take an object complete a circle, distance covered is 5 km and then it come back to its initial point, displacement is zero(0)
38:50 Yes, Displacement can be zero sposes an object startes moving from point A and go to point B and the return from point B to A so initial and the final velocity is 0 so the displacement became 0. Big fan ashu sir
38:02yes sir, displacement can be 0 because if we are moving in a circular motion, we are starting from a point A and coming back to A after a round then there will be no displacement because we came back from A and the initial position and the final position is same then the displacement will be 0.
Ye tumari galti ha bas phone lekar video nh dekhna chaiye pura focus and copy and pen ka sath vo bhi sir padha raha vo jab topic katam ho phir likha karo
yes, displacement can be zero because when an object travelled a distance from its initial position to its final position and return back to its initial position. In this case the displacement can be zero.
39:00 yes because if we walk from point A to B and then came back from B to A then the displacement will be said 0 or we can say if the initial point and the final point is same then the displacement will be 0
38:42 Yes sir, it is possible as for an example when we move from point A to B and then return back to A then displacement will be 0 because we came back to the initial position..
19:44 The graph of a non-uniform motion will have a difference from a uniform motion as it covers the same distance in equal intervals of time on the other hand a non-uniform motion graph doesn't
Yes , displacement can be zero if the object start moving from its initial position when it come back to its final position again there then displacement can be zero.
19:44 No, linear graph will not form in non - uniform motion. 39:03 Yes, displacement can be 0. Explanation- If we go from point A to point B and then came back to initial point then our displacement will be 0
38:56 yes sir , displacement can be zero We can say these because when we start through our initial position and come back to that position as our final position it's displacement become zero (0)😊👍
38:48 Yes, displacement can be zero. Displacement is the change in position of an object, usually measured as the distance between the initial and final positions of the object. If the initial and final positions of the object are the same, then the displacement of the object is zero.
38:55 yes displacement can be zero because if a person starts walking from point A and goes till B and the come to A again then it's initial and final position will be A only😊
38:47 yes sir explanation- if we start from point a then go to point b then c then d then e then f and after that if we came to point a than here displacement is zero
Yes displacement can be zero Ex- if we will draw a line of 6cm we will name it a and b then we will change the direction and move towards a 6cm so our initial position will be zero so distance is 12cm and displacement will zero. Edit: sorry if any mistake
38:51 , Yes sir displacement can be 0 , for example - there circular running path of 800m and we started running from a point and completed a round , so the point from which we started is the initial position and after the completation at the same point that point is our final position , so we can say that here , the didplacement is 0 .
38:50 yes sir When we traveled distance A to B and the shortest distance between to points is called displacement We traveled distance A to B but when we go back to B to A the displacement will be zero.
In non uniform motion , the distance-time graph line will not be straight as uniform motion because it is travelling unequal distances in equal interval of time.😃
1st=sir actually that happens that if we make a non uniform motion graph the line is not straight the is curve cuz the motion is not uniform or not in the equal interval of time 2nd=yes sir the displacement is 0 is a righ answer cuz let think we have a path from point A B and C a straight line a car is goin through from point A to POINT B then POINT B TO POINT C then car comes to point A that means the displacement is 0 as u said the shortest distance
38:49 displacement can be 0 because when an object starts from a point a and after travel it comes back to the point a then the initial and final point of the object is same
38:46 yes displacement can be zero for ex - if we travel from point A to B then we again travel B to A the displacement can be a zero but distance will be the twice of A to B
Yes, displacement can be negative. If you are moving on a straight road, you can set up a coordinate system where going forward is positive and backward is negative. Now if you move backward, your displacement will be negative.
Yes, displacement can be zero because when we starts to our initial position and traveled a distance and again come in our initial position . So our displacement can be zero.😊
Yes displacement can be 0 , because lets say , An object travels from point A to point B and it covers distance of 6m. Again from point B it travels back to point A . ie, the difference between its intial position and final position is 0 (6m - 6m = 0m).
Thank you so much sir! 🙂when you explain I have learnt all things perfectly,actually my school teacher have taught this to me early but I don't understand so I searched and found your videos and learnt this perfectly Sir actually I believe on your classes this is because every time when I see your videos I understand what is science. Only one thing I says that you are the BEST!😊
Yes, Displacement can be zero. Explanation: If we travel 12m horizontal and then again 12m horizontally backwards than we travelled 24m but in displacement as we know it is the shortest distance covered between initial and final position, hence displacement can be zero.
38:57 Yes, Displacement can be 0 because, For example If we start our journey from our home (initial) position to school (final) position and again end our journey in our home (initial) position then the Displacement will be 0.....
Yes , the object can be zero displacement. Example - if we move directly from point A to B which is 2m (for example)and then again move back to point A directly.The initial and the final position of the object is same that's why displacement of a object can be zero.
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Yes when we start from initial position and come again to initial position then the displacement is 0 39:00
19:45 no it will not be a straight line
38:48 yes sir displacement could be zero because as it is the shortest distance between the initial and the final point. For eg: I am going to school from my home and again coming back to home from the school, so in this case we can se that our initial and final point in on the point
Hence, proved
No
No woh straight line nhi hoga
I'm in 11th but I came here to clear my concepts. Mene 9th me dhang se nai padha to ye din dekhna pad Raha hai . 9th class is too important guys .
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Bhai Mai bhi class 11th me hu lekin Mai isliye pd rha hu kyuki mujhe polytechnic ka paper dena hai 9th comparative exam ke liye bhi important hai
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Straight line Nahin hoga
Yes sir displacement will be 0 when object comes back our initial pasition
😂
Yes, displacement can be zero because when a object comes back to its initial point after reaching its finishing point is called displacement
No
No
Yes
I don't know
Noo broo
38:50 yes sir, displacement can be 0 because if we are moving in a circular motion,we are starting from A and coming back to A after a round then there will be be no displacement because we came back from A and the initial position and the final position is same then the displacement will be 0.
In short if we come back to the starting point then it would be 0.
Displacement can be zero
When the initial and final position are same
38:50
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Chapter assan hai but iska numerical solve nahi hota hai jo jo agree hai like kare
DISPLACEMENT CAN BE ZERO WHEN INITIAL AND FINAL POINT OF MOTION ARE SAME
Thik hai
Yes
But distance can't be 0
@@Pro-ue9cy yha distance nhi displacement ki bat hai
@@rishabhdubey2415 ya I no
I was just telling him
Yes , displacement can be zero when a body comes back to its initial position after reaching to its final position
The way u teach sir!!!
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Fuck!
Ma
38:53 - Yes, we can 0 the displacement . If ,we will start from point A to B and came back to our initial position the distance will be 0
Displacement*
Laws of motion 😊😊
38:56 Yes sir, displacement can be zero. Suppose when I move 4m(meter) and then come back 4m ,then the displacement is 4m-4m=0.
38:54 yes sir displacement can be zero because when we go to shop and come again home then it's displacement is 0
38:56 Yes sir, displacement can be zero if our initial position and final position is same.
38:43 yes sir if we started from the same point and ended to the same point so displacement can be zero
Thank you sir for your class
yes sir
19:40 no, it will not in uniform motion
38:45 yes, displacement can be zero(0)
Example:- Let take an object complete a circle, distance covered is 5 km and then it come back to its initial point, displacement is zero(0)
Yes the dispacement can be zero because when the initial position is only it's final position.
So , Those who are new in this channel ,I want to tell them that this channel is very good for class9 and10 and you can study like a offline class
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Yes sir, displacement can be zero because the object starts at initial position and again it comes to its initial position.
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Yes displacement is can be zero . We start travel point A and we walk 20 m and we return on point A so the displacement is zero
38:50 Yes, Displacement can be zero sposes an object startes moving from point A and go to point B and the return from point B to A so initial and the final velocity is 0 so the displacement became 0. Big fan ashu sir
38:46 yes,displacement can be zero but if we arrive from initial point and return to final point so displacement can be zero ✌
Yes bro
38:02yes sir, displacement can be 0 because if we are moving in a circular motion, we are starting from a point
A and coming back to A after a round then there will be no displacement because we came back from A and the initial position and the final position is same then the displacement will be 0.
This chapter remindes me that i scored 47 out of 80 in 9th class science . Online studies and offline papers 🤣
And i 45
Mare to 13 aay. The 80 mr
Ye tumari galti ha bas phone lekar video nh dekhna chaiye pura focus and copy and pen ka sath vo bhi sir padha raha vo jab topic katam ho phir likha karo
Yes no need of telling your marks guys ur presence here only tells your marks lmao.
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yes ,if you travel from your home to school and back to home, distance would be twice the distance between your home and school
yes, displacement can be zero because when an object travelled a distance from its initial position to its final position and return back to its initial position. In this case the displacement can be zero.
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39:00 yes because if we walk from point A to B and then came back from B to A then the displacement will be said 0
or we can say if the initial point and the final point is same then the displacement will be 0
38:42 yes that displacement can be zero because of the longest distance to come back at initial position
Yas
38:42 Yes sir, it is possible as for an example when we move from point A to B and then return back to A then displacement will be 0 because we came back to the initial position..
Thanks❤
19:44 The graph of a non-uniform motion will have a difference from a uniform motion as it covers the same distance in equal intervals of time on the other hand a non-uniform motion graph doesn't
Yes , displacement can be zero if the object start moving from its initial position when it come back to its final position again there then displacement can be zero.
Yes , displacement can be zero because when we come back to initial position . In this situation the displacement is zero
Thank you sir ! Such a great teacher you are ! ❤️🙌
39:07 yes because when swimmer go forward and back to its initial position
19:44
No, linear graph will not form in non - uniform motion.
39:03
Yes, displacement can be 0.
Explanation- If we go from point A to point B and then came back to initial point then our displacement will be 0
Yes, let's take an example of circle if we travel a full circle and reached again at that place where we started then the displacement will be zero.
Yeah! It can be negative and positive or zero
Bhopal bsdk
38:56 yes sir , displacement can be zero
We can say these because when we start through our initial position and come back to that position as our final position it's displacement become zero (0)😊👍
19:46 No,it would represent a curved line
38:53 Yes,if we move around a circular path a full round displacement would be 0
38:48 Yes, displacement can be zero. Displacement is the change in position of an object, usually measured as the distance between the initial and final positions of the object. If the initial and final positions of the object are the same, then the displacement of the object is zero.
Yes displacement can be zero
66
Yes sir, displacement can be zero ; when an object moves from its initial position and return back to it after reaching the final position
Yes displacement can be zero when u start from a point and return to the same point ☝️
38:50
Yes . Suppose an object goes from A to B and returns back to A then displacement will be zero
38:55 yes displacement can be zero because if a person starts walking from point A and goes till B and the come to A again then it's initial and final position will be A only😊
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38:15 yes , if we go from point A to point B and then return to point A the displacement will be 0
No , the graph will not be in a straight line
U'r the Best science teacher ever...
Kis kis ko physics samajh nahi ayati😅
38:47 yes sir
explanation- if we start from point a then go to point b then c then d then e then f and after that if we came to point a than here displacement is zero
😮😮😮
Yes
Yes displacement can be zero
Ex- if we will draw a line of 6cm we will name it a and b then we will change the direction and move towards a 6cm so our initial position will be zero so distance is 12cm and displacement will zero.
Edit: sorry if any mistake
Thank you sir.. You made me understand this topic very easily thanks alot sir🥰
38:51 , Yes sir displacement can be 0 , for example - there circular running path of 800m and we started running from a point and completed a round , so the point from which we started is the initial position and after the completation at the same point that point is our final position , so we can say that here , the didplacement is 0 .
Yess because the distance covered by an object is only a shortest distance so, displacement can be zero.
38:50 yes sir
When we traveled distance A to B and the shortest distance between to points is called displacement
We traveled distance A to B but when we go back to
B to A the displacement will be zero.
😊
In non uniform motion , the distance-time graph line will not be straight as uniform motion because it is travelling unequal distances in equal interval of time.😃
38:55 Yes, Sir the displacement can be zero if the intial and final position are on a same point
🎉🎉🎉🎉
1st=sir actually that happens that if we make a non uniform motion graph the line is not straight the is curve cuz the motion is not uniform or not in the equal interval of time
2nd=yes sir the displacement is 0 is a righ answer cuz let think we have a path from point A B and C a straight line a car is goin through from point A to POINT B then POINT B TO POINT C then car comes to point A that means the displacement is 0 as u said the shortest distance
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38:49 displacement can be 0 because when an object starts from a point a and after travel it comes back to the point a then the initial and final point of the object is same
19:48 ma no hai sir kyuki non uniform mai distance same nhi hai isliye straight line nhi banegi
❤
Yes sir displacement
Yes displacement can be zero because it is the shortest distance covered by an object in a circular motion it will always 0
Yes, displacement can be zero but distance never be zero😊
Kon kon ye video 2024 mai dekh raha hai
38:46 yes displacement can be zero for ex - if we travel from point A to B then we again travel B to A the displacement can be a zero but distance will be the twice of A to B
Yes,when an object covered a path and return back to same path its displacement is 0 38:52
Thanks sir ❤❤
39:3 yes, displacement can be zero because if we move to circular path in which our initial and final point are same
Yes, displacement can be negative. If you are moving on a straight road, you can set up a coordinate system where going forward is positive and backward is negative. Now if you move backward, your displacement will be negative.
Yes, displacement can be zero because when we starts to our initial position and traveled a distance and again come in our initial position . So our displacement can be zero.😊
19:45 yes
Yes displacement can be 0 , because lets say ,
An object travels from point A to point B and it covers distance of 6m. Again from point B it travels back to point A . ie, the difference between its intial position and final position is 0 (6m - 6m = 0m).
yes sir , displacement can be 0 but when the initial and the final displacement is same ❤🎉
19:52 No it will not in straight line
38:46 yes, the displacement can be zero, when the initial and final point is Same
No , because in non uniform motion object can change its speed so the graph will not be straight lined
Thank you so much sir! 🙂when you explain I have learnt all things perfectly,actually my school teacher have taught this to me early but I don't understand so I searched and found your videos and learnt this perfectly Sir actually I believe on your classes this is because every time when I see your videos I understand what is science.
Only one thing I says that you are the BEST!😊
Yes, Displacement can be zero.
Explanation: If we travel 12m horizontal and then again 12m horizontally backwards than we travelled 24m but in displacement as we know it is the shortest distance covered between initial and final position, hence displacement can be zero.
Tomorrow is my exam and I am watching this video 😂
38:44 Yes displacement can be 0 if initial and final position is same
38:57 Yes, Displacement can be 0 because, For example If we start our journey from our home (initial) position to school (final) position and again end our journey in our home (initial) position then the Displacement will be 0.....
38:56 yes, it can be zero .
Agr hm 4m aage chalte hai aur wapas initial position pr aa Jaye toh displacement zero ho jaayega ❤
19:30 no,the graph will not be a straight line as non uniform motion is not covering the same distance in every unit of time.(damn i am good :))
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Yes we can write displacement 0 , because in case where aur initial and final place is same so,the displacement is 0.😊
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Yes it can be zero if we come back from our initial position
29:33 10 Newton
Sir please take a practice class of numerical please sir
Non straight line in non uniform motion sir
38:47 ya, the displacement can be zero
2:26 real story of motion is Start..👍🙃🙃🙃
Yes uske initial position of final position same ho to tab displacement zero ho sakta hai❤
38:50 haan sir displacement can be 0 like if the initial point and the final point are the same so the displacement is 0
Yes , the object can be zero displacement.
Example - if we move directly from point A to B which is 2m (for example)and then again move back to point A directly.The initial and the final position of the object is same that's why displacement of a object can be zero.