7:22
Physics Lesson: Relative Velocity Part 1 Kinematics High School Tutorial
Physics Lesson: Relative Velocity Part 1 Kinematics High School Tutorial
www.physicseh.com Free simple easy to follow videos all organized on our website
8:15
relative velocity (apphysicslectures.com)
relative velocity (apphysicslectures.com)
All motion is relative to a frame of reference. This video gives an explanation of how to determine the velocity of one object relative to another using vectors. For more free videos go to www.apphysicslectures.com
2:01
Relative Velocity
Relative Velocity
Relative velocity is explained through a series of interesting demonstrations. By James Dann for CK12.org CC-BY-NC-SA
4:11
Vector Addition
Vector Addition
From a Japanese TV show - a real life example of adding vectors and relative motion. The truck is moving at 100km/hr and a ball is shot backwards at 100 km/hr, resulting in it coming to a complete stop.
5:25
Physics Lesson: Relative Velocity Part 2 Kinematics High School Tutorial
Physics Lesson: Relative Velocity Part 2 Kinematics High School Tutorial
www.physicseh.com Free simple easy to follow videos all organized on our website
7:55
Physics: 2D Kinematics: Relative Velocity Intro
Physics: 2D Kinematics: Relative Velocity Intro
This is a brief introduction into the concept of relative velocity. In this video proper vector notation is presented for relative velocity. The relative velocity between two cars is caculated and presented in both unit vector notation and magnitude, angle reference.
8:25
Relative Velocity Addition Theory
Relative Velocity Addition Theory
This clip gives the theory behind adding velocities relative to different reference frames.
6:27
Physics Tutorial Lesson: Relative Velocity Part 3 High School
Physics Tutorial Lesson: Relative Velocity Part 3 High School
www.physicseh.com Free simple easy to follow videos and we have organized them on our website.
8:21
Physics Tutorial Lesson: Relative Velocity Part 5 High School help
Physics Tutorial Lesson: Relative Velocity Part 5 High School help
www.physicseh.com Free simple easy to follow videos and we have organized them on our website.
0:52
Relative Velocity of Trains
Relative Velocity of Trains
At the beginning of this footage one train is at rest and the other is in motion and by the end of the footage they reverse rolls. Seems like a good way to show relative motion ideas.
6:23
Physics Tutorial Lesson: Relative Velocity Part 4 High School help
Physics Tutorial Lesson: Relative Velocity Part 4 High School help
www.physicseh.com Free simple easy to follow videos and we have organized them on our website.
81:57
Saylor ME202: Dynamics Relative Velocity
Saylor ME202: Dynamics Relative Velocity
Terms of Use: The linked material above has been reposted by the kind permission of Kenneth S. Manning, PhD, Professor of Engineering at SUNY Adirondack and can be viewed in its original form at www1.sunyacc.edu Please note that this material is under copyright and cannot be reproduced in any capacity without explicit permission from the copyright holder. The class sessions will be retaped in the Spring of 2012 with better focus and additional camera angles.
14:57
BMSAP IIT-JEE PHYSICS LECTURES;- RELATIVE VELOCITY-PART-1:- BY BM- SHARMA
BMSAP IIT-JEE PHYSICS LECTURES;- RELATIVE VELOCITY-PART-1:- BY BM- SHARMA
for any conceptional query mail us your question at info@bmsaponline.com or bbmsap@gmail.com. SCHOOLS and TUTORIALS may contact us for COMPLETE LOW COST IIT-JEE TUTORIALS SOLUTION .CALL US at +91-9888894346 Or mail us at himanshuraisharma@yahoo.com bmsaponline.com BMSAPleading institute in the field of IIT-JEE CHANDIGARH & PANCHKULA. MR. BM SHARMA IS A LEADING TEACHER IN THE FIELD OF COACHING PHYSICS FOR IIT-JEE. HE IS WELL KNOWN AUTHOR OF MANY BOOKS WHICH HAVE BEEN APPRECIATED ALL OVER INDIA SUCH AS:- 1.( MECHANICS I 2.(MECHANICS II 3. WAVES AND THERMODYNAMICS 4. ELECTRICITY AND MAGNETISM 5. OPTICS AND MODERN PHYSICS 6. AIEEE PHYSICS 7. PHYSICS IN 30 DAYS THESE BOOKS PUBLISHED, BY WORLD'S LEADING "CENGAGE LEARNING'S (publisher) " CONTINUE TO ENLIGHTEN THE PATH OF THOUSANDS OF STUDENTS. BM-SAP IS A LEADING COACHING INSTITUTE THAT PROVIDES COMPLETE IIT-JEE SOLUTIONS UNDER ONE ROOF. for more information about the ALL INDIA TEST SERIES and other services of BMSAP ,FELL FREE TO CONTACT:- CHANDIGARH:- 0172-5075556, 0172- 4625556 9023418138 PANCHKULA:- 0172-3262853-54 ,,9316133168,9888894346 EMAIL-gt3.bmsap@gmail.com, web- www.bmsaponline.com www.bmsap.org file:///I:/BMSAP/BMSAP.html
9:58
Relative Velocity Addition Example 1 Part 1
Relative Velocity Addition Example 1 Part 1
This clip illustrates the applications of relative velocity addition to the case of an airplane flying in the presence of a wind. (Part 1)
13:29
Physics : Fundamentals of relative velocity
Physics : Fundamentals of relative velocity
In this video I introduce the vital pieces of information required for people to understand relative velocity problems.
10:25
Physics Straight line motion Part 19 Relative velocity class 11 CBSE
Physics Straight line motion Part 19 Relative velocity class 11 CBSE
Physics Straight line motion Part 19 Relative velocity class 11 CBSE
14:50
Physics: 2D Kinematics: Relative Velocity Coast Guard Problem
Physics: 2D Kinematics: Relative Velocity Coast Guard Problem
This a 2D relative velocity problem. It involves the use of 2 position vectors to obtain a displacement of one object relative to a second. From this constant velcoty of one object relative to the second can be obtained.
32:04
Relative Velocity - Calculating direction needed to achieve distance of closest approach
Relative Velocity - Calculating direction needed to achieve distance of closest approach
How to calculate the (fixed) direction of motion that an object of a given (constant) speed must move in, if it is to get as close as possible to another object of a given (constant) velocity. The distance of closest approach and the relative speed of the objects is calculated. Finally, the time taken to achieve this closest distance is calculated. An annotation at 28:21 gives an easier way to find the relative speed of the objects (magnitude of vector Vys). This problem is solved without calculus.