Graphical Questions in Kinematics | JEE 2025 | Expertise in Graphs | Mohit Sir | Eduniti

Graph based questions in Kinematics
Acceleration versus time graph
Velocity versus time graph
Displacement versus Distance
Area under the graph
Slope of graph
Graph conversion in Kinematics
Very important concept for JEE Main, NEET and JEE Advanced Aspirants

Important links for Kinematics

00:00 Sound Check & Intro
02:15 Slope Concept in xt and vt graph
05:45 HCV question on Slope
08:32 Constant acceleration graphs
12:03 Convert Displacement-t to Distance-t Graph
13:54 Area under curve at graph, vt graph and ax graph
17:18 Graph reading and conversion
21:56 Question 1
23:57 Question 2
25:57 Question 3
30:13 Question 4
36:34 Question 5
38:31 Question 6
42:26 Question 7
47:07 Question 8
51:58 Question 9
56:10 Question 10

Other important links for JEE 2022 Aspirants

#GraphsKinematics #JEE2025 #Eduniti #Physics #JEE2025

[mohitgoenka]

With basic concept and 10 interesting questions, this session covers everything in Kinematics graphical question. Session PDF NOTES are provided in description box.

More Important Links

[ayushnews]

Here after 4th april Shift 1 solutions, to revise graphs as sir said 🕊️

[vanitasrivastava]

Hello Respected sir. My daughter has been following you since a couple of months. she has always had a confusion with graphs since 11th grade. I insisted her to watch your video, for basics. her basics got cleared with 15:00 minutes of this video, and she luckily got these graphs in her 30th Jan shift 1 matrix-match type question.
She got +4 marks in 15 minutes of your video she watched. thanks to your clear to the point explanation. I'm very grateful to you for providing students with such quality videos. Thank you sir. Keep up the good work!

[sameerkumarsingh]

For My Revision :
08:32 Constant acceleration graph
12:03 Pos. inc aur dec dono ho skta hai, lekin dist kabhi dec nhi kar skta, dist hamesha badhte jaayega
17:18 Graph reading and conversion
21:56 Question 1---> Uniform acc means constant acc
23:57 Question 2 ---> Imp about slope
25:57 Question 3 ---> Good Que, watch sir's explanation that how he is explaining all the graphs [specially (b)] mathematically. But before watching, solve it once on ur own

30:13 Question 4 ---> Very very good que, watch sir's explanation after attempting it by yourself

36:34 Question 5 ---> Es que mein bas ek pt ka dhyan rakhna ki t=0 se t=11s tak acc dec to ho rha hai lekin acc. tab tak +ve he hai iska matlab t=11s tak particle ka velocity badh he rha hai qki acc tab tak +ve he hai. Thats why jo final velocity hoga(V2) vahi max velocity/speed hoga(here speed = velocity bec acc is +ve always)

38:07 Question 6 ---> Direction par bhi dhyan dena hai that is upward vel. ko +ve lenge, downward vel. ko -ve lenge



42:26 Question 7 ---> Meri galti (Height to max hoga phir ghatega he na, height thodi na hamesha nadhte jaayega Projectile motion mein, bas ek baar max. height aayega aur phir vo height ghatega he)

47:07 Question 8 ---> Good que. do Revise it by Jab que mein direction ke baare mein na batay jaaye ki upar ka direction +ve hai ya niche ka to aise case mein standard directions jo mane jaate hain vahi lo that is upar +ve and niche -ve

54:49 KE kab max kab minimum in a ground to ground projectile

56:10 Question 10 ---> DONE, But still watch sir ka solution ki how he is doing so efficiently an quickly, how hw is identifying st. line, parabolic graph. To tum bhi aise dekhna seekh jaao equation se

[Aravindh.]

10:02 Revise it.
Acc - (+ve) - upward parabola &
acc - (-ve) - downward parabola.

[Xero]

Not regretting attending this session, just opened my mind

[pranithreddy]

Thank u sir you are really removing all our doubts in physics

[pakhi]

GRAPHS 📈❤️
20:10 graph conversions
23:59 🎀
26:41 v-x graph
30:15 good ques 🎉Relative motion
47:12 kinda similar...Relative motion
• if relative acc is constant then relative velocity is zero
38:28 ptr (point to remember)
• +ve , -ve velocity ka dhyan rkho
• find v wrt t abd thus parabolic equn
42:32 ques by sir 🎉🎉 KE - t graph
similar KE - t graph
55:55 approach to solve gorgeous ques 🎀

[aquakazuma]

Sir RBS is incredibly great, it would be a great help if u extend RBS to more chapters so that we are just as incredibly well prepared in all chapters, even the moderate weightage and low weigtage ones

[psykon]

Seriously 👀i have never seen such deep knowledge about kinematics graph👍sir you are awesome❤️

[LETSTAKECHALLENGE-rq]

AREA under a vs x graph represents 16:16
level graph question 30:18
37:33

[rohitbansal]

The video discusses the importance of understanding graphs in kinematics, particularly position-time, velocity-time, and acceleration-time graphs. It covers key concepts like slope, area under the curve, and the relationship between these graphs. The video also solves sample problems to reinforce the understanding of these concepts.


Key moments:
02:16 Understanding the concepts of slope and velocity in graphs is crucial for analyzing data effectively. It helps in interpreting positive and negative slopes and their impact on the data interpretation.
-Importance of slope and velocity in graph analysis. Understanding the significance of positive and negative slopes in data interpretation.
-Interpreting data based on positive and negative slopes. Analyzing the implications of slope values on graph readings.
-Analyzing the relationship between slope and velocity. Exploring how slope values indicate data trends and patterns.
11:01 Understanding displacement versus time graphs is crucial for physics. They show how position changes over time, helping visualize motion and acceleration effectively.
-Displacement versus time graphs help in understanding motion and acceleration in physics, providing a visual representation of how an object's position changes over time.
-Converting between displacement and distance on graphs is essential for accurately interpreting the motion of objects in physics experiments and calculations.
-Short distance and displacement graphs are fundamental in physics, aiding in comprehending the relationship between an object's position and time during motion.
12:07 Understanding and interpreting velocity-time graphs is crucial in physics. The area under the graph represents displacement, aiding in solving graph-related questions effectively.
-The importance of velocity-time graphs in physics and how they help in interpreting displacement.
-The significance of the area under the graph in determining displacement and solving graph-related questions efficiently.
-Exploring the concept of velocity-time graphs and their role in understanding changes in velocity over time.
18:12 Understanding graphs and charts is crucial for interpreting data accurately. It helps in making informed decisions based on visual representations of information.
-Interpreting time slots and data conversion in graphs is essential for accurate analysis.
-Analyzing displacement and velocity graphs aids in understanding particle movement and speed variations.
-Differentiating between positive and negative actions in graphs helps in determining correct responses and interpretations.
24:15 Understanding particle motion in graphs is crucial for analysis. Differentiating between velocity and position graphs helps in interpreting particle behavior accurately.
-Importance of interpreting particle motion in graphs for analysis and operations.
-Differentiating between velocity and position graphs to accurately interpret particle behavior.
-Emphasizing the significance of learning and analyzing graphs for problem-solving and understanding particle motion effectively.
30:21 Understanding the displacement reaction and graph plotting in physics involves analyzing the motion of particles over time intervals and interpreting the graphical representations accurately.
-Analyzing the relative positions of particles in physics experiments and interpreting the speed and direction of motion accurately.
-Exploring the concept of displacement and gravitational reactions in physics experiments to understand particle motion.
-Interpreting the graphical representations of particle motion and displacement to derive meaningful insights in physics experiments.
36:27 Understanding the velocity-height graph is crucial in analyzing particle motion. The graph transitions from negative to positive velocity indicate changes in particle direction and height.
-Analyzing the relationship between velocity and height in particle motion. It involves interpreting changes in direction and height based on the graph's transitions.
-Importance of initial velocity and understanding the velocity-height graph. Exploring how the graph reflects changes in particle motion and direction.
-Challenges in interpreting the velocity-height graph. Emphasizing the significance of analyzing transitions from negative to positive velocity for accurate particle motion analysis.
42:31 Understanding the concept of kinetic and potential energy in physics is crucial for analyzing particle motion and graph interpretation. The video discusses the relationship between energy types and their impact on particle movement.
-Analyzing the kinetic and potential energy relationship in particle motion and its significance in physics education.
-Interpreting graphs to understand the concept of energy conservation and its application in physics problem-solving.
-Exploring the importance of understanding particle behavior in different energy states for accurate graph analysis and physics calculations.
48:38 Understanding the velocity and time intervals of particles falling, analyzing positive energy versus time graphs, and interpreting kinetic energy versus time graphs are crucial in physics.
-Analyzing particle movement and velocity in physics experiments. It is essential to carefully observe the graphs representing particle behavior over time.
-Differentiating between positive energy and time graphs versus kinetic energy and time graphs. Understanding the implications of particle velocity and energy changes over time.
-Interpreting straight line graphs in physics experiments. Recognizing the significance of straight line graphs in analyzing particle behavior and energy transformations.
54:42 Understanding and analyzing graphs and equations is crucial for solving mathematical problems efficiently. It helps in visualizing data and making accurate interpretations for better decision-making.
-Importance of graph interpretation in mathematical analysis for problem-solving and decision-making.
-The significance of equations in mathematical calculations and data visualization for accurate interpretations.
-The role of linear regression in graph analysis and understanding slope and intercept for precise mathematical solutions.

[Jeeaspirant-ybvj]

13:16 Displacement conversion to distance

[Aravindh.]

8:00 Velocity is maximum b/w t = 2s and t = 4s(more steeper).

[okayyy__]

hello sir, i know you may not read this comment of mine. But i want to mention that you are doing a phenomenal job through eduniti. Your explaination is so crisp, didnt even waste a single second of the students. Every word u spoke cleared my concepts. Thankyou soooo much sir, please dont give up on eduniti ever. From a jee 2025 aspirant. ♥

[mansisethi]

Sir congratulations for 100K subscribers . Hardwork eventually pays off ! :D you are a true gem !

[gyanprakash]

Si i wish ki hamare eduniti channel ka jldi se 100k subscribers ho jai bcoz aap bhut mehnat krto ho Sir hamare liye
Thank u so much sir🙏

[Bliss]

One of the best teacher of physics
Best material for jje aspirants..
Thank you sir with depth of my heart..

[Aravindh.]

17:35 Condition: At t=0, x=0 (V/t graph to position or displacement time graph).

[gautam]

sir your revision series are best . i had watched unit and dimensions and you cover all types of questions . thanks for clearing my doubts and mai ab sab series dhak lunga . rbs sirf dheka tha pahele.