0:00 introduction 2:17 Motion and rest 8:01 Relative velocity 9:24 Uniform motion 13:24 Non uniform motion 16:35 daily example of non uniform & uniform motion 18:29 quantities(scaler & vector) 25:59 distance & displacement 30:15 difference between distance and displacement 32:57 simple question 38:08 speed and velocity 38:56 difference between speed and velocity 44:13 average speed and average velocity 48:27 simple question 51:46 trick of convertation 54:07 acceleration 1:02:28 equation of motion 1:09:59 simple question 1:15:02 simple question 1:19:15 simple question 1:21:53 home work question 1:22:44 graphical representation 1:23:56 distance time graph 1:25:41 velocity time graph 1:30:56 velocity using distance time graph 1:34:47 acceleration using velocity time graph 1:38:09 displacement using velocity time graph 1:40:56 calculate total displacement of body 1:43:33 calculate acceleration of body 1:45:43 circular motion 1:53:00 experiment on circular motion 1:57:43 concept of experiment 1:59:04 pushpa movie song experiment 1:59:36 concept of pushpa movie song experiment 2:01:51 thank you bacchooo! Bahut mehnat lagi hai babuas Like please
Formulas of this chapter: V=u+at S=ut+1/2at^2 V^2-u^2 =2as Change in velocity= v-u Average speed= total distance/total time Average velocity=total displacement/total time a=v-u/t (Like this comment if helped)(Let's see how many likes we can get here)
1 like=💯% in exams. Because of Ashu Sir. Edit.1- A moment of happiness for ashu sir after seeing their students getting 💯% Edit.2-never got these many likes before😱😱
18:20- Uniform motion- movement of a fan's blade Non- uniform motion- movement of an aeroplane in clouds and landing 36:38- the displacement of athlete is 200m. 47:10=12m/s 48:40=5.33m/s 51:24=km/h×5/18m/s 1:01:40- 0= velocity (constant) 1:20:34=720m 1:22:40=0.06m/s
1:22:50 •Here we have Initial velocity u = 0 m/s •Acceleration a = 2 cm/s2 = 0.02 m/s2 •Time t = 3 s • Final velocity v = ? | We know that `v = u + at` Therefore v = 0 + 0.02 × 3 m/s ⇒ v = 0.06 m/s Therefore the final velocity of trolley will be 0.06 m/s after start.
All Answers of Questions:- 4:15 Yes Sir. 6:01 Sar humlogon ke liye rest pe, but from outside the earth it is in motion as Earth is moving. 18:12 Uniform Motion- Motion of blades of fans when it is on. Non-Uniform Motion- An athlete jogging on track. 36:30 Displacement of athlete is 200m. 50:57 km/hr×5/18=m/s. 1:01:18 The object is moving at constant velocity. 1:20:28 2nd and 3rd equation both. 1:21:53 v=0.06m/s. 1:36:31 Height- NP. Base- QN or OM. 1:43:15 Sir sorry to say but Sir wahan pe 1100m nahi, 1000m aayega. 1:49:13 2r or d. And Sir Thank You for your explanation of this chapter🙏🙏.
UNIFORM MOTION : A satellite orbiting the Earth at a fixed speed. NON-UNIFORM MOTION : A person running at different speeds while playing a game of tag.
36:35 displacement= 200 m 51:25 trick = multiple by 5/18 1:01:38 means motion is uniform 1:20:45 both 1:22:12 0.06 m /s 1:36:37 height= PN, base= QN or OM
Timestamps:- 00:03 - Demonstrating motion concepts through a live experiment with rotational and circular motion. 00:46 - Introduction to Motion chapter with limited experiments. 02:04 - Understanding motion and rest in the context of numerical physics. 02:51 - Motion does not change with respect to stationary objects. 04:20 - Understanding motion through displacement analysis. 05:02 - Motion detection becomes easier with reference points in surroundings. 06:35 - Motion of Earth and everything within it is constant. 07:16 - The concept of motion and rest depends on the frame of reference. 08:36 - Understanding relative velocity through a simple experiment. 09:13 - Introduction to Motion Types in Physics 11:05 - Understanding uniform motion through examples and graphical representation. 11:58 - Distance-time graphs illustrate uniform motion in straight lines. 13:48 - Distance covered by vehicle varies with speed changes. 14:38 - Understanding non-uniform motion and its characteristics. 16:16 - Motion can be non-uniform, with variable graphs. 17:09 - Understanding motion through examples of pendulums and train speeds. 18:41 - Introduction to motion and key physical quantities. 19:27 - Emotions like love and hate cannot be quantified or measured. 21:05 - Understanding scalar quantities and their measurements. 22:26 - Mass remains constant regardless of changes in conditions. 24:07 - Understanding total force depends on the direction of applied forces. 24:54 - Understanding vectors and weight direction in physics. 26:20 - डिस्टेंस के बारे में संक्षिप्त जानकारी 27:15 - Understanding distance as total path length covered. 28:40 - Displacement is the shortest distance between initial and final points. 29:20 - Displacement is the shortest distance between initial and final points. 30:42 - Understanding distance and displacement in motion. 31:21 - Understanding displacement and its relationship with distance. 32:58 - Understanding motion through distance and displacement calculations. 34:12 - Calculating total rounds from given time using unitary method. 35:53 - Calculating distance and displacement in motion. 36:47 - Understanding displacement through circular motion in physics. 38:11 - Understanding speed and velocity through important numerical applications. 38:56 - Difference between speed and velocity explained clearly. 40:57 - Speed is a scalar quantity; velocity is a vector with direction. 41:42 - Understanding speed and velocity in meters per second. 43:14 - Understanding average speed during a journey using real-life examples. 44:02 - Understanding average speed and average velocity concepts. 45:39 - Understanding distance and displacement symbols in physics. 46:19 - Difference between speed and velocity in motion. 47:48 - Average speed calculation derived from total distance and time. 48:43 - Average speed calculation using distance and time. 50:20 - Discussion on speed and velocity units with student interaction. 51:00 - Understanding speed conversion from kilometers per hour to meters per second. 52:42 - Convert speed between kilometers per hour and meters per second using simple multipliers. 53:31 - Understanding conversion between kilometers per hour and meters per second. 54:59 - Understanding acceleration and its role in speed variation. 55:50 - Understanding acceleration through change in velocity over time. 57:29 - Understanding final and initial velocity changes in motion. 58:19 - Understanding acceleration formula v - u over t with unit analysis. 59:56 - Understanding positive and negative acceleration in motion. 1:00:44 - Negative acceleration indicates a decrease in velocity. 1:02:28 - Understanding acceleration and its role in motion equations. 1:03:18 - Acceleration is constant with uniform increase in velocity over time. 1:04:53 - Understanding the three fundamental equations of motion. 1:05:58 - Understanding final and initial velocity in motion equations. 1:07:41 - Focus on NCERT syllabus for Motion without derivation emphasis. 1:08:26 - Understand the importance of graphs before learning equations derivation. 1:09:50 - Focus on memorizing key equations for motion concepts. 1:10:32 - Focus on acceleration and average speed in motion equations. 1:12:18 - Calculating acceleration using motion equations. 1:13:03 - Understanding acceleration and distance covered in motion. 1:14:51 - Understanding motion through equations and acceleration concepts. 1:15:34 - Understanding negative acceleration and its implications in motion. 1:17:14 - Calculating initial velocity is crucial for solving motion problems. 1:18:04 - Understanding the calculation of final velocity using initial velocity. 1:19:48 - Calculating final speed and distance using motion equations. 1:20:36 - Understanding motion equations for calculating distance. 1:22:19 - Converting acceleration units and introducing graph concepts. 1:23:03 - Understanding acceleration, displacement, and velocity through graphs. 1:24:17 - Understanding uniform motion and distance-time relationships. 1:25:00 - Understanding distance and displacement in motion graphs. 1:26:25 - Explains velocity-time graph for uniform motion. 1:27:07 - Understanding uniform and non-uniform motion through velocity-time graphs. 1:28:31 - Understanding types of acceleration and velocity changes in motion. 1:29:18 - Understanding non-uniform acceleration and its graphical representation. 1:30:42 - Calculating velocity using displacement-time graphs. 1:31:33 - Understanding velocity from displacement-time graphs. 1:33:07 - Understanding graph height and base starting points in motion. 1:33:56 - Velocity calculation using displacement-time graph analysis. 1:35:46 - Understanding acceleration and its calculation using graphs. 1:36:36 - Students are encouraged to comment on graph dimensions. 1:38:37 - Using graphs to calculate acceleration and displacement in motion. 1:39:32 - Calculating area under a graph using geometric shapes. 1:41:05 - Calculating total displacement using velocity-time graphs. 1:41:52 - Understanding the area of trapezium through various shapes. 1:43:27 - Calculating acceleration using velocity-time graphs. 1:44:13 - Understanding height and slope for acceleration calculation. 1:45:51 - Understanding the difference between circular and rotational motion. 1:46:39 - Difference between circular and rotational motion explained. 1:48:11 - Understanding circular motion and distance traveled in one cycle. 1:48:59 - Understanding distance and displacement in half a cycle. 1:50:51 - Velocity of particles is always perpendicular to the radius. 1:51:37 - Objects move perpendicularly to their radius when released during circular motion. 1:52:58 - Understanding the impact of reducing centripetal force on motion. 1:53:43 - Understanding centripetal force through a hands-on demonstration. 1:55:18 - Live experiment demonstrating particle tension in fluids. 1:57:03 - Understanding the role of centripetal force in particle motion. 1:58:32 - Understanding centripetal and centrifugal forces in circular motion. 1:59:14 - Demonstrating centrifugal force using water in a glass. 2:01:00 - Uniform circular motion is always accelerated due to changing direction. 2:01:45 - Different methods help in understanding concepts of motion.
2:02:13 Thanks a lot sir ❤️. Finally i completed this chapter clearly. Although it had been completed in our school and we have also given the exam but I had too many problems in this chapter which is now crystal clear ❤. Thanks a lot sir. Sir please upload the next chapter of physics :- force and laws of motion it is on-going chapter of class with doubts 😂
In 18:23---Uniform motion Eg.. 1.A bullet is fired from a gun 2.a movement of arrow from Archer 🏹🏹 in a uniform velocity Some examples of non uniform motion are 1. The heart beat of a patient 2. A girl is riding scooty in trafin
1:43:29...sir answer galat hai aapka...that 400 +600..not 500 sir plz check...bcz it will become 400 after calculating...but thankyou sir for all of this...love u sir ❤
00:00 - Introduction 02:05 - Matter 06:10 - Pure substance 13:49 - Elements 21:47 - Metals,Non-metals and Metalloids 28:24 - Compounds 36:54 - Homogeneous and Heterogenous Mixture 45:48 - Mixture and Compounds 49:49 - What is a Solution? 52:27 - Alloys 56:09 - Solution,Suspension and colloids 1:09:38 - Concentration of a solution 1:13:47 - Saturated and Unsaturated solution 1:22:35 - Solubility 1:24:26 - Physical and Chemical changes 1:33:24 - Questions practice 1:49:10 - Thank You Bacchon!
Sir actually sorry for bothering you here in class 9 session...actually sir i am not in class 9 ...i am in class 12 sir now....sir i would like to give a big thanks to you sir because you've help me alot sir...without you sir i don't know sir how will i write my exams or understand science...but since i started watching your video this year ....i understood everything sir......otherwise i used to get 0 sir last year class 11 because i don't get that explanation since the very start sir..because i went to school late till August sir.....for some personal reason.....so it really affected me sir...i went to school learning nothing just some i do understand but the rest i don't sir...because many chapters teachers have completed to explained so when i went to school i started half studying so it really troubled me sir.....this year also class 12 1st term i did not do well sir..because i was watching all the 11 part lectures sir...but I'm almost done sir with those lectures...so thank you sir for making me understand because i depend on you sir completely your explanation....thank you sir
I also have the same condition but I am in 11th class. I am also studying since 9th class and I also got a lot of help from this sir in 10th class. Now it is the turn of 11th class.
velocity is constant sir mam ne bataya tha aur dusri baat ye ki common sence hai intal velocity final velocity ke equal hoage to acceleration nikalte time 0 ho jaegi to tabhi 0 ho paegi acceleration 1:01:26
1:43:29 same nahi aaya Area of trapezium 1/2(10+30)x 20 =400 Area of rectangle L x b 20 x 30 =600 Area of trapezium + Area of rectangle 400 + 600 = 1000
0:00 introduction
2:17 Motion and rest
8:01 Relative velocity
9:24 Uniform motion
13:24 Non uniform motion
16:35 daily example of non uniform & uniform motion
18:29 quantities(scaler & vector)
25:59 distance & displacement
30:15 difference between distance and displacement
32:57 simple question
38:08 speed and velocity
38:56 difference between speed and velocity
44:13 average speed and average velocity
48:27 simple question
51:46 trick of convertation
54:07 acceleration
1:02:28 equation of motion
1:09:59 simple question
1:15:02 simple question
1:19:15 simple question
1:21:53 home work question
1:22:44 graphical representation
1:23:56 distance time graph
1:25:41 velocity time graph 1:30:56 velocity using distance time graph
1:34:47 acceleration using velocity time graph
1:38:09 displacement using velocity time graph
1:40:56 calculate total displacement of body
1:43:33 calculate acceleration of body
1:45:43 circular motion
1:53:00 experiment on circular motion
1:57:43 concept of experiment
1:59:04 pushpa movie song experiment
1:59:36 concept of pushpa movie song experiment
2:01:51 thank you bacchooo!
Bahut mehnat lagi hai babuas
Like please
1:36:42 height=pn
Base=qnorom
Hi
😂😂@@RajendraPrasad-u3g5n
Thankyou bhai❤ hamara samay bach geya. Dhanyabad
Formulas of this chapter:
V=u+at
S=ut+1/2at^2
V^2-u^2 =2as
Change in velocity= v-u
Average speed= total distance/total time
Average velocity=total displacement/total time
a=v-u/t
(Like this comment if helped)(Let's see how many likes we can get here)
Thank you 👍
@@Kuldeepkaur-bu9rc Your welcome
Thanks
Thanks ❤
Non uniform - a ball catch in very height
1 like=💯% in exams.
Because of Ashu Sir.
Edit.1- A moment of happiness for ashu sir after seeing their students getting 💯%
Edit.2-never got these many likes before😱😱
😂😂😂
Tu
Eeh pagal
"."
@@hansikvjain7452 padhai kar😅😅
18:20- Uniform motion- movement of a fan's blade
Non- uniform motion- movement of an aeroplane in clouds and landing
36:38- the displacement of athlete is 200m.
47:10=12m/s
48:40=5.33m/s
51:24=km/h×5/18m/s
1:01:40- 0= velocity (constant)
1:20:34=720m
1:22:40=0.06m/s
Fun fact : you can double tap a comment to like it and tap three times to reply
😮 🎉
Ye bhi Sai h😂😂
1:20:47 2nd equation
Awesome
Click only 1 time to comment 😂😂
1:22:50
•Here we have Initial velocity u = 0 m/s
•Acceleration a = 2 cm/s2 = 0.02 m/s2
•Time t = 3 s
• Final velocity v = ?
| We know that `v = u + at`
Therefore v = 0 + 0.02 × 3 m/s ⇒ v = 0.06 m/s Therefore the final velocity of trolley will be 0.06 m/s after start.
All Answers of Questions:-
4:15 Yes Sir.
6:01 Sar humlogon ke liye rest pe, but from outside the earth it is in motion as Earth is moving.
18:12
Uniform Motion- Motion of blades of fans when it is on.
Non-Uniform Motion- An athlete jogging on track.
36:30 Displacement of athlete is 200m.
50:57 km/hr×5/18=m/s.
1:01:18 The object is moving at constant velocity.
1:20:28 2nd and 3rd equation both.
1:21:53 v=0.06m/s.
1:36:31
Height- NP.
Base- QN or OM.
1:43:15 Sir sorry to say but Sir wahan pe 1100m nahi, 1000m aayega.
1:49:13 2r or d.
And Sir Thank You for your explanation of this chapter🙏🙏.
same answer all❤❤❤❤❤
👍
Same
@@AshokKumar-if3wy18:12 wala same kese ho sakta
1:43:05 sir vha pe 40 aaye ga fir 400 + 600 equals to 1000 😮😮aayega 🤨🤨🤨
👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍👍
Yes m bhi abhi comments me ye hi dekh rha tha 😅❤❤👍👍✔️
Yes hamara sahi hai sir ne galat kiya hai
Yaa , I'm also ❤@@BGEDITS18
Right I was finding my mistake in this question 😅
UNIFORM MOTION : A satellite orbiting the Earth at a fixed speed.
NON-UNIFORM MOTION : A person running at different speeds while playing a game of tag.
100
1 like👍= 99.9 percentage in exams
36:35 displacement= 200 m
51:25 trick = multiple by 5/18
1:01:38 means motion is uniform
1:20:45 both
1:22:12 0.06 m /s
1:36:37 height= PN, base= QN or OM
1:11:02 Ashu sir predicted very confidently. And their prediction was correct😂
😂😂
18:21❤
Uniform motion - Blade of a fan with a constant voltage supply.
Non uniform motion - Ball after hitting it from a bat
Timestamps:-
00:03 - Demonstrating motion concepts through a live experiment with rotational and circular motion.
00:46 - Introduction to Motion chapter with limited experiments.
02:04 - Understanding motion and rest in the context of numerical physics.
02:51 - Motion does not change with respect to stationary objects.
04:20 - Understanding motion through displacement analysis.
05:02 - Motion detection becomes easier with reference points in surroundings.
06:35 - Motion of Earth and everything within it is constant.
07:16 - The concept of motion and rest depends on the frame of reference.
08:36 - Understanding relative velocity through a simple experiment.
09:13 - Introduction to Motion Types in Physics
11:05 - Understanding uniform motion through examples and graphical representation.
11:58 - Distance-time graphs illustrate uniform motion in straight lines.
13:48 - Distance covered by vehicle varies with speed changes.
14:38 - Understanding non-uniform motion and its characteristics.
16:16 - Motion can be non-uniform, with variable graphs.
17:09 - Understanding motion through examples of pendulums and train speeds.
18:41 - Introduction to motion and key physical quantities.
19:27 - Emotions like love and hate cannot be quantified or measured.
21:05 - Understanding scalar quantities and their measurements.
22:26 - Mass remains constant regardless of changes in conditions.
24:07 - Understanding total force depends on the direction of applied forces.
24:54 - Understanding vectors and weight direction in physics.
26:20 - डिस्टेंस के बारे में संक्षिप्त जानकारी
27:15 - Understanding distance as total path length covered.
28:40 - Displacement is the shortest distance between initial and final points.
29:20 - Displacement is the shortest distance between initial and final points.
30:42 - Understanding distance and displacement in motion.
31:21 - Understanding displacement and its relationship with distance.
32:58 - Understanding motion through distance and displacement calculations.
34:12 - Calculating total rounds from given time using unitary method.
35:53 - Calculating distance and displacement in motion.
36:47 - Understanding displacement through circular motion in physics.
38:11 - Understanding speed and velocity through important numerical applications.
38:56 - Difference between speed and velocity explained clearly.
40:57 - Speed is a scalar quantity; velocity is a vector with direction.
41:42 - Understanding speed and velocity in meters per second.
43:14 - Understanding average speed during a journey using real-life examples.
44:02 - Understanding average speed and average velocity concepts.
45:39 - Understanding distance and displacement symbols in physics.
46:19 - Difference between speed and velocity in motion.
47:48 - Average speed calculation derived from total distance and time.
48:43 - Average speed calculation using distance and time.
50:20 - Discussion on speed and velocity units with student interaction.
51:00 - Understanding speed conversion from kilometers per hour to meters per second.
52:42 - Convert speed between kilometers per hour and meters per second using simple multipliers.
53:31 - Understanding conversion between kilometers per hour and meters per second.
54:59 - Understanding acceleration and its role in speed variation.
55:50 - Understanding acceleration through change in velocity over time.
57:29 - Understanding final and initial velocity changes in motion.
58:19 - Understanding acceleration formula v - u over t with unit analysis.
59:56 - Understanding positive and negative acceleration in motion.
1:00:44 - Negative acceleration indicates a decrease in velocity.
1:02:28 - Understanding acceleration and its role in motion equations.
1:03:18 - Acceleration is constant with uniform increase in velocity over time.
1:04:53 - Understanding the three fundamental equations of motion.
1:05:58 - Understanding final and initial velocity in motion equations.
1:07:41 - Focus on NCERT syllabus for Motion without derivation emphasis.
1:08:26 - Understand the importance of graphs before learning equations derivation.
1:09:50 - Focus on memorizing key equations for motion concepts.
1:10:32 - Focus on acceleration and average speed in motion equations.
1:12:18 - Calculating acceleration using motion equations.
1:13:03 - Understanding acceleration and distance covered in motion.
1:14:51 - Understanding motion through equations and acceleration concepts.
1:15:34 - Understanding negative acceleration and its implications in motion.
1:17:14 - Calculating initial velocity is crucial for solving motion problems.
1:18:04 - Understanding the calculation of final velocity using initial velocity.
1:19:48 - Calculating final speed and distance using motion equations.
1:20:36 - Understanding motion equations for calculating distance.
1:22:19 - Converting acceleration units and introducing graph concepts.
1:23:03 - Understanding acceleration, displacement, and velocity through graphs.
1:24:17 - Understanding uniform motion and distance-time relationships.
1:25:00 - Understanding distance and displacement in motion graphs.
1:26:25 - Explains velocity-time graph for uniform motion.
1:27:07 - Understanding uniform and non-uniform motion through velocity-time graphs.
1:28:31 - Understanding types of acceleration and velocity changes in motion.
1:29:18 - Understanding non-uniform acceleration and its graphical representation.
1:30:42 - Calculating velocity using displacement-time graphs.
1:31:33 - Understanding velocity from displacement-time graphs.
1:33:07 - Understanding graph height and base starting points in motion.
1:33:56 - Velocity calculation using displacement-time graph analysis.
1:35:46 - Understanding acceleration and its calculation using graphs.
1:36:36 - Students are encouraged to comment on graph dimensions.
1:38:37 - Using graphs to calculate acceleration and displacement in motion.
1:39:32 - Calculating area under a graph using geometric shapes.
1:41:05 - Calculating total displacement using velocity-time graphs.
1:41:52 - Understanding the area of trapezium through various shapes.
1:43:27 - Calculating acceleration using velocity-time graphs.
1:44:13 - Understanding height and slope for acceleration calculation.
1:45:51 - Understanding the difference between circular and rotational motion.
1:46:39 - Difference between circular and rotational motion explained.
1:48:11 - Understanding circular motion and distance traveled in one cycle.
1:48:59 - Understanding distance and displacement in half a cycle.
1:50:51 - Velocity of particles is always perpendicular to the radius.
1:51:37 - Objects move perpendicularly to their radius when released during circular motion.
1:52:58 - Understanding the impact of reducing centripetal force on motion.
1:53:43 - Understanding centripetal force through a hands-on demonstration.
1:55:18 - Live experiment demonstrating particle tension in fluids.
1:57:03 - Understanding the role of centripetal force in particle motion.
1:58:32 - Understanding centripetal and centrifugal forces in circular motion.
1:59:14 - Demonstrating centrifugal force using water in a glass.
2:01:00 - Uniform circular motion is always accelerated due to changing direction.
2:01:45 - Different methods help in understanding concepts of motion.
18:25
Non Uniform motion
Moving of a fan
Uniform motion
Motion of wall
18:20 Uniform motion- The movement of the fan's blade
Non-uniform motion- Movement of an aeroplane in clouds and landing
2:02:13 Thanks a lot sir ❤️. Finally i completed this chapter clearly. Although it had been completed in our school and we have also given the exam but I had too many problems in this chapter which is now crystal clear ❤. Thanks a lot sir.
Sir please upload the next chapter of physics :- force and laws of motion it is on-going chapter of class with doubts 😂
In 18:23---Uniform motion
Eg..
1.A bullet is fired from a gun
2.a movement of arrow from Archer 🏹🏹 in a uniform velocity
Some examples of non uniform motion are
1. The heart beat of a patient
2. A girl is riding scooty in trafin
1:43:20 sir answer is 1000m and i am pretty sure
Right
sir ne calculation me mistake ki h 10+30 ko sir ne galti se 50 count kar liya
Mera bhi 1000 m hi aye h
Mera bhi 1000 m hi aaya hai
18:23 Non uniform - person walking on a road
Uniform - motion of moon around earth
1:37:16 ● height of 📊 = PN
● base of the 📊 = QN
Aaj 1:23:08 pe chhod kar ja raha hoon like kardo taki yaad ho jaye
1:43:20 Sorry sir but I think aapka answer galat hai kyuki area of trapezium = 1/2(10+30)20
= 1/2(40)(20)
= 1/2×800
= 400
But aapka answer 500 aaya 😢
Yesss I'm also thinking the same
+ area of another rectange 20×30=600
So, are of trapezium and rectange is 400+600=1000
Yesssss
Yesss
Physics chemistry aapse achha koi nahi pada payega ❤😊
1:20:28 2nd and 3rd equation both.
1:21:53 v=0.06m/s
1:22:37 v= 0.06m/sec
Yes
18:23 bowler throwing ball in a cricket match with different speed ❤
1:43:20 sir 400 meter aayaga trapizium ke area par aapne thodi multiply main mistake kardi
1:42:15 sir wahan pe 1/2(10+30) 20 = 400 hoga apne 500 likhe hein..
Aur answer 1000
haa
18:27
uniform motion- motion of room fan at constant speed
Nonuniform motion- movement of our body
38:32 Que 1. Displacement of an athelete is 200m.
1:43:31 sir aapka answer galat h answer 1000 arha h ❤ sir plz check 😊
18:16 uni :-
Money in job
Non-uni :-
Money in business
Thats why 0.1%
Wow 4 likes and so much comments🎉😂❤😊
Boca
Nice business
Paisa hu paisa
1:10:00lee
😮
50:57 to convert km/ hr into m/s multiply the no. By 5/18
1:22:39 Sir Velocity is 0.06
New Student
-0.06 hoga
@@AlphaGigachad69 how
How?this will come dude
@@rajeshwarivenkateshnayakso1165 where is dude
-0.06
Uniform motion - Moon orbiting the earth at fixed speed .
Nom -uniform motion - A criketer run unequal distance in equal interval of time.
1:43:29...sir answer galat hai aapka...that 400 +600..not 500 sir plz check...bcz it will become 400 after calculating...but thankyou sir for all of this...love u sir ❤
2:02:00 sir thankyou for the explanation ❤ i really understand it very well ❤
00:00 - Introduction
02:05 - Matter
06:10 - Pure substance
13:49 - Elements
21:47 - Metals,Non-metals and Metalloids
28:24 - Compounds
36:54 - Homogeneous and Heterogenous Mixture
45:48 - Mixture and Compounds
49:49 - What is a Solution?
52:27 - Alloys
56:09 - Solution,Suspension and colloids
1:09:38 - Concentration of a solution
1:13:47 - Saturated and Unsaturated solution
1:22:35 - Solubility
1:24:26 - Physical and Chemical changes
1:33:24 - Questions practice
1:49:10 - Thank You Bacchon!
Saale chater to physics ka h
Physic hai yeh chem nhi 😂
Pop
Nasha padhne se phle physics na kare
Galat jagah aa gya😂
18:23 uniform:- earth revolution
Non- uniform :- racer
Given
U=0
a=2 cm/s² = / 100=0.02m/s²
t=3second
So,
V=u+at
0+0.02*3=0.06
Answer is 0.06m/s
18:18
Uniform motion example
1.driving bike in same speed
2.runing of fan at same speed
Non uniform
1.while running energy looses with speed.
18:22 UNIFORM MOTION - FAN MOVING AT SAME SPEED WITH THE HELP OF ELECTRICITY NON UNIFORM MOTION - AN ATHELETE RUNNING IN A RACE
18:22 uniform motion:- school ki chhuti hona 😂
Non uniform motion:- exam paper ka haw mein udna 😂
18:22
Non Uniform - Dribling a football past the defenders
When you play football after learning motion chapter 🗿🗿🗿
1:01:25 means there is no change in velocity
Legend are watching before exams 😂😂
No
Exam ke bad kon dekhta hai bhai common sense
@@JaiPurohit-ht2lg me
@@JaiPurohit-ht2lg Before and After me farak hota hai Bhai 😅
Me who watch after exam ❤
18:22
Uniform motion:- An apple thrown in space with an initial velocity.
Non-uniform motion:- An apple dropped from tree to Newton's head .
18:27 fan moving under a fluctuating supply of current ❤
18:22
uniform-motion of bird while migrating between two towns with constant speed.
non uniform-motion of hands while typing on a keyboard.
1:21:55 V = 0.06m
0.06m/s
18:20 Uniform: Motion of a ant with a constant speed
Non- uniform: a ball rolling through rocks
01:43:07 ...shayad yahan par 500 nai 400 hoga??
Sahi kaha mai bhi der tak yahi soch raha tha ye kaise hua. 😂😂
1:01:30-it means that there is no change in final and initial velocity .This means that u=v and the velocity is same in given interval of time.
1:36:52 A - NP/NQ = NP/OM
Sirne graph ka pehla ggalat kia hai jo sir ne kud ka banaya tha question on time 1:43:05
18:22 Uniform Motion- Fan blades when it is on
Non Uniform Motion- A footboller playing in stadium.
Thank you so much for your best studing method ❤
Exam is near 🥴
But nothing is clear 😕
Don't fear👍😲
Because ashu sir is here😈😈😈
Kon kon 2024 me dekh Raha hai 😊🎉🎉
Bhai video 2024 mein hi post huaha
Video 📸 to 2024 me hi na dala gaya hai 2024 chal raha hai to 2024 me hi na dekhenge
51:30 To convert km /hr into m/s is to multiply by 5÷18but to conert m/s into km/hr multiply it by 18 ÷5
1:22:26 v=0.06 m/s
18:18 uniform -going to one place with constant speed .
Non-uniform :-throwing a ball With unequal speed
1:21:00 koi bhi eqn ❤
1:36:42 height of graph = PN
Base of graph = OM
a = PN/OM
1:37:04 NP/NQ
Uniform - Moving of fan is the example of uniform Motion , Non- Uniform - Notebook Completion is the non - uniform motion .
Sir actually sorry for bothering you here in class 9 session...actually sir i am not in class 9 ...i am in class 12 sir now....sir i would like to give a big thanks to you sir because you've help me alot sir...without you sir i don't know sir how will i write my exams or understand science...but since i started watching your video this year ....i understood everything sir......otherwise i used to get 0 sir last year class 11 because i don't get that explanation since the very start sir..because i went to school late till August sir.....for some personal reason.....so it really affected me sir...i went to school learning nothing just some i do understand but the rest i don't sir...because many chapters teachers have completed to explained so when i went to school i started half studying so it really troubled me sir.....this year also class 12 1st term i did not do well sir..because i was watching all the 11 part lectures sir...but I'm almost done sir with those lectures...so thank you sir for making me understand because i depend on you sir completely your explanation....thank you sir
I also have the same condition but I am in 11th class. I am also studying since 9th class and I also got a lot of help from this sir in 10th class. Now it is the turn of 11th class.
1:44:02 uniform motion = earth 🌍 rotation non uniform =sun rise and sunset 🌆 hota ha ya nahi
38:07 yha hamne 3.5 value li h isliye 2198m aaya distance….hame actual me 22/7 leni h fir 2200m aayega ans …hope it helps
1:26:22
1:36:39 height - NP base - QN
Sir used all colours of our flag including ashok chakra blue😮😮
Non-uniform motion :- you are drivin in alone
Yes😂
1:43:30
Sir 30+10=40 hoga aapne 50×10 kar diya h but koi baat nhi 😊😊
18.23 a cheetah running at a constant speed
A person walking in a market 🎉
Sir 1:40:08 , area of trapezium 400 hai
1 like =99℅ exam
velocity is constant sir mam ne bataya tha aur dusri baat ye ki common sence hai intal velocity final velocity ke equal hoage to acceleration nikalte time 0 ho jaegi to tabhi 0 ho paegi acceleration 1:01:26
1 like = 99.97 % In Boards 😂😅
1:43:08 answer was wrong right answer is 1000 . Trap. Wala ka 400 hoga or rectangle ka 600 total is 1000 😊😊😊 correct karna thanks 😊😊😊
53:33 multiplied by 5/18
Example of uniform motion
Running on the ground
Example of uniform motion
Walking a man
18:30
Thank u sir ❤ class 12
1:22:21
The answer is V= 0.0.6ms²
18:10
Uniform: susu karna
Non uniform: potty karna
😂😂
18:19
Uniform Motion = Motion of Pumping of heart.
Non-Uniform Motion = Motion of athelete in a Race.
1:43:02 yahan par sir apne galat kardiya hai 40 hoga
1:43:29 same nahi aaya
Area of trapezium
1/2(10+30)x 20
=400
Area of rectangle
L x b
20 x 30
=600
Area of trapezium + Area of rectangle
400 + 600
= 1000
🄸 🄳🄾🄽'🅃 🅄🄽🄳🄴🅁🅂🅃🄰🄽🄳 🄱🄴🄲🄰🅄🅂🄴 🄸 🄰🄼 🅆🄴🄰🄺 🄸🄽 🄼🄰🅃🄷🅂 😢
Physics 🙅♀️ maths💁♀️😅😅😅
No away Just Reading 2 times 3 times 4 times ,5,6,7,
NEXT LEVEL GIVES SUCESS
Us bro us 😢
Me also same problem😢😢😢😢😢😢
@@SarojChoudhary-c6c koi na bro
1:01:43 uniform motion.....hoga.....velocity constant
Sir please class 12 k onedgot jaldi daalo
Sir, i am a student of ASOSE school of delhi hamare syllabus me purani ncert + me extra topic bhi hote hai but hamara school government hi hai😢
21:22 nidi mam rost😂😂😂😂
😂😂
24:20 we can give a range like f= 5n=
9:30 sir rest pe hai
2:37 Start from here ❤
Don't waste ur time it's 9th class💀
Vote for Ashu sir 👍
Hello
❤da sir hai
6:33 motion
18:14 example of uniform motion:
blinking
Example of non uniform motion
Fan speed
1:36:42- Height of graph(PN)/ Base of graph(Om)
18:32 uniform - person walking on treadmill at constant speed
Non uniform - me going to school
1:01:19 sir iiska mtlb hai ki velocity change hi nhi hui 😊😊