2.1c Graph Gradients and Areas | AS Kinematics | Cambridge A Level Physics

How to relate kinematic quantities with slopes and area under graphs? 0:00 Looking at gradient for v-t graph 1:52 Looking at area under v-t & a-t graphs 3:54 Looking at positive and negative areas 5:08 Looking at 3 graphs together 6:10 Do not try this at home (Truck in Motion) 8:33 Sketching v-t graph 10:53 Sketching a-t graph 18:34 Sketching s-t graph 25:08 How to find displacements SIMULATIONS 1D Car Kinematic Graphs (https://www.geogebra.org/m/dgedzmz3#m...) Velocity and Displacement Graphs (https://www.geogebra.org/m/dgedzmz3#m...) Average vs Instantaneous Velocity (https://www.geogebra.org/m/mctbbgzn) Acceleration and Velocity Graphs (https://www.geogebra.org/m/dgedzmz3#m...) Position, Velocity, Acceleration Graphs (https://www.geogebra.org/m/pdNj3DgD) #Kinematics Chapter Playlist    • Ch2 Kinematics | CAIE 9702 AS Physics   Practice Past Year Questions *starred Q's are in example videos MJ12 P12 Q7 (pg8) Sinusoidal graph ON12 P11 Q8 (pg9) v-t graph ON12 P12 Q9 (pg10) Shape of v-t graph ON12 P12 Q10 (pg10) v-t of Skier ON12 P11 Q11 (pg11) v-t graph II MJ13 P11 Q9 (pg11) Traffic light v-t graph MJ13 P12 Q6 (pg11) Sky Diver ON13 P11 Q7 (pg12) Bungee Jumper v-t ON13 P13 Q7 (pg12) Firework rocket v-t MJ14 P11 Q8 (pg13) a-t to v-t Graph MJ14 P12 Q6 (pg13) Average v from Graph MJ14 P13 Q9 (pg14) Max Acceleration ON14 P12 Q6 (pg14) Car Graph ON14 P13 Q7 (pg14) SHM v at lowest point ON14 P13 Q8 (pg15) Ball on Slope Graph MJ15 P11 Q7 (pg15) Terminal sphere d-t ON15 P11 Q7 (pg16) Light gate Graph ON15 P11 Q8 (pg17) Stone Displacement ON15 P12 Q8 (pg17) Avg a from v-t Graph FM16 P11 Q6 (pg18) Car Brake v-t Graph MJ16 P11 Q6 (pg18) Area under v-t Graph MJ16 P12 Q6 (pg19) Moon Acc v-t Graph ON16 P11 Q8 (pg20) Car obstacle v-t Graph ON16 P12 Q7 (pg20) Lorry Decelerate ON16 P12 Q8 (pg20) Parachute v-t Graph FM17 P12 Q7 (pg21) average velocity MJ17 P11 Q4 (pg21) Graph properties MJ17 P12 Q6 (pg21) Slope PQRS ON17 P12 Q7 (pg21) 2 Train v-t graph FM18 P12 Q8 (pg23) v-t area MJ18 P12 Q5 (pg24) v-t to s-t graph MJ18 P12 Q7 (pg25) v-t to d-t parachute* FM19 P12 Q6 (pg26) Bouncing spring* MJ19 P11 Q6 (pg26) Car braking MJ19 P13 Q7 (pg27) v-t graph properties FM20 P12 Q9 (pg28) acceleration v-t graph MJ20 P12 Q5 (pg29) Stone dropped in water MJ20 P12 Q6 (pg29) distance between Car X Y MJ20 P13 Q6 (pg29) v-t graph ON20 P11 Q6 (pg30) Student cycle home ON20 P12 Q6 (pg30) Stone throw v-t graph* ON20 P13 Q6 (pg31) Displacement v-t FM21 P12 Q6 (pg31) Shortest Distance MJ21 P11 Q6 (pg31) Projectile speed-time MJ21 P12 Q6 (pg32) Object in Vacuum MJ21 P13 Q6 (pg32) distance v-t MJ21 P13 Q7 (pg32) Steel ball falling ON21 P12 Q6 (pg33) Acceleration v-t ON21 P13 Q6 (pg34) Area a-t MJ22 P11 Q5 (pg34) Curved line v-t Instagram Pocket Guide (  / etphysics  ) More Resources (https://9702-physics.blogspot.com/) Tuition/Tutoring inquiries: https://linktr.ee/etphysics Email: etphysics.office@gmail.com Recorded at MCKL #CambridgeALevelPhysics