![توییتر \ Peter Wildeford در توییتر: «One of my favorite physics facts: Acceleration measures change in velocity, jerk measures change in acceleration, and then it goes snap, crackle, and pop! and then توییتر \ Peter Wildeford در توییتر: «One of my favorite physics facts: Acceleration measures change in velocity, jerk measures change in acceleration, and then it goes snap, crackle, and pop! and then](https://pbs.twimg.com/media/ExVgwzxXEAE4LCZ.png)
توییتر \ Peter Wildeford در توییتر: «One of my favorite physics facts: Acceleration measures change in velocity, jerk measures change in acceleration, and then it goes snap, crackle, and pop! and then
![derivatives of motion iceberg, aka from most useful concept in maths to most useless concept : r/mathmemes derivatives of motion iceberg, aka from most useful concept in maths to most useless concept : r/mathmemes](https://preview.redd.it/5i3oiyv9hmp71.png?auto=webp&s=d6a527a396c9a654488c458c4eb8de8cf9724224)
derivatives of motion iceberg, aka from most useful concept in maths to most useless concept : r/mathmemes
![Fermat's Library on Twitter: "The derivatives of the Position vector with respect to time have interesting names: Velocity (v) = change in Position Acceleration (a) = change in Velocity Jerk (j) = Fermat's Library on Twitter: "The derivatives of the Position vector with respect to time have interesting names: Velocity (v) = change in Position Acceleration (a) = change in Velocity Jerk (j) =](https://pbs.twimg.com/media/Dp33_CVWoAc2K2d.jpg)
Fermat's Library on Twitter: "The derivatives of the Position vector with respect to time have interesting names: Velocity (v) = change in Position Acceleration (a) = change in Velocity Jerk (j) =
![iteachphysics on Twitter: "ICYMI #iteachphysics chat on understanding the physics of roller coasters, trampolines, impulse and more, especially the role of higher order derivatives of displacement beyond acceleration, i.e., jerk, snap, crackle, iteachphysics on Twitter: "ICYMI #iteachphysics chat on understanding the physics of roller coasters, trampolines, impulse and more, especially the role of higher order derivatives of displacement beyond acceleration, i.e., jerk, snap, crackle,](https://pbs.twimg.com/media/DXCzhJBX4AALRUc.jpg)
iteachphysics on Twitter: "ICYMI #iteachphysics chat on understanding the physics of roller coasters, trampolines, impulse and more, especially the role of higher order derivatives of displacement beyond acceleration, i.e., jerk, snap, crackle,
![Matt Potter on Twitter: "Mind blown by learning just now that Snap, Crackle and Pop are terms taken from physics (they are the 4th, 5th and 6th time derivatives of position)... and Matt Potter on Twitter: "Mind blown by learning just now that Snap, Crackle and Pop are terms taken from physics (they are the 4th, 5th and 6th time derivatives of position)... and](https://pbs.twimg.com/media/DlIfB1qW4AAqpya.jpg)
Matt Potter on Twitter: "Mind blown by learning just now that Snap, Crackle and Pop are terms taken from physics (they are the 4th, 5th and 6th time derivatives of position)... and
![Higher Order Derivatives of Acceleration: What is Jerk, Snap (Jounce), Crackle, & Pop in Mechanics? - YouTube Higher Order Derivatives of Acceleration: What is Jerk, Snap (Jounce), Crackle, & Pop in Mechanics? - YouTube](https://i.ytimg.com/vi/hBPcd0ulsBo/maxresdefault.jpg)