Physics 2 - Sample 2 - Simple Harmonic Motion Problem
Loading...
Loading...
12,719
Loading...
Uploader Comments (mathtutordvd)
see all
All Comments (8)
-
You're the best! Thank you!!!
-
whoa this is the exact problem from my book!! thanks!! :D
-
@zeeksy No, the maximum velocity is achieved when the spring is unstretched.
-
simple! way better than my teacher, thanks
-
EXCELLENT LESSON. you really know how to make the problem easy to understand visually and conceptually.
-
thank u helped a lor.
Loading...
10:00
Physics 2 - Sample 3 - Doppler Shift Part 1by mathtutordvd2,096 views- 9:34
Physics 2 - Sample 2 - First Law of Thermodynamicsby mathtutordvd10,562 views
- 9:55
Physics 2 - Sample 1 - Simple Harmonic Motion Introductionby mathtutordvd9,142 views
- 6:46
Ultimate Physics Tutor - Sample 3 - Torqueby mathtutordvd30,154 views
- 5:25
Centre of Mass, Rotational Motion - Concept Builder 1by IITJEE4,927 views
- 0:12
Simple Harmonic Motionby wolframmathematica9,132 views
- 1:49
worst professor everby ugod355403,663 views
- 0:10
Simple Pendulumby PkBlender29,355 views
- 4:44
Simple Harmonic Motion, SHM, Class 11 Physics, IIT-JEE, AIEEE, CBSE-PMT, PET, PMTby alok6gupta6,856 views
- 7:42
Physics - Simple Harmonic Motionby ogangurel28,622 views
- 10:00
MIT Professor Walter Lewi's Physics 801 Lecture10 Part1by barrick00775,626 views
- 8:52
Dynamics (1-16)by MrStatics7,848 views
- 9:28
Oscillation - Linear and Angular Simple Harmonic Motion - Problem Solving 3by IITJEE1,169 views
- 2:03
Simple Harmonic Motionby waterst120210,298 views
- 5:16
Hooke's Lawby brightstorm246,328 views
- 0:11
Simple Harmonic Motionby stoyantashkov7,609 views
- 3:40
Physics Review: Conservation of Energy Slide Problem high schoolby PhysicsEH8,472 views
- 2:16
Simple Pendulumby TutorVista12,410 views
- 7:20
Simple Harmonic Motion and Energy Conservationby lasseviren11,810 views
So, is the maximum velocity achieved at the maximum extension of the spring?
zeeksy 7 months ago
@zeeksy Please watch the video again. This is exactly what I said. Every spring has a "rest position" that it likes to be at if you aren't touching it. If you pull it back and let go, the end points of the motion, where the object turns around, is where the velocity is zero. The mid point is where the velocity is a max as the object races by.
mathtutordvd 2 months ago