Rotations (Easier Method) 90 180 270
1:33
YouTubeMario's Math Tutoring
Rotations (Easier Method) 90 180 270
Learn how to rotate figures about the origin 90 degrees, 180 degrees, or 270 degrees using this easier method. We discuss how to find the new coordinates of the rotated image by going through a step by step example rotating a triangle 90 degrees counterclockwise about the origin. We use graph paper as well as a separate sheet of paper to record ...
613.9K views16 Dec 2019
3D Rotation Animation
What is Gimbal Lock in 3D? (Rotation)
0:30
What is Gimbal Lock in 3D? (Rotation)
YouTubeDigitalist
7.9K views1 month ago
How Baby Turns Into Head-Down Position, Gentle 3D Animation #shorts #miracleinmotion #pregnant #baby
0:09
How Baby Turns Into Head-Down Position, Gentle 3D Animation #shorts #miracleinmotion #pregnant #baby
YouTubeMiracle in Motion
4.2K views3 weeks ago
✨ 3D Magic Cube Rotation ✨ | Mesmerizing Visual Loop | Satisfying Art in Motion#shorts
0:15
✨ 3D Magic Cube Rotation ✨ | Mesmerizing Visual Loop | Satisfying Art in Motion#shorts
YouTubeMasterofcubers
3.1K views1 month ago
Top videos
Rotations - GCSE Maths
9:27
Rotations - GCSE Maths
YouTube1st Class Maths
143K views13 Jul 2024
2.3 Rotations in 3D
11:14
2.3 Rotations in 3D
YouTubeWoolfrey
303.6K views3 Aug 2018
Earth's Rotation and Revolution
3:01
Earth's Rotation and Revolution
YouTubeLincoln Learning Solutions
247.6K views21 Jan 2022
3D Rotation Matrix
In 3D, rotation matrices are used to rotate objects around the x, y, or z axes. Each axis has its own specific rotation matrix. For example, rotating around the z-axis uses a matrix that leaves the z-coordinate unchanged but rotates the x and y coordinates, effectively spinning the object in the xy-plane. Similarly, rotating around the x-axis affects the y and z values, while rotating around the y-axis affects the x and z values. These 3x3 matrices are always orthogonal, meaning their rows and c
In 3D, rotation matrices are used to rotate objects around the x, y, or z axes. Each axis has its own specific rotation matrix. For example, rotating around the z-axis uses a matrix that leaves the z-coordinate unchanged but rotates the x and y coordinates, effectively spinning the object in the xy-plane. Similarly, rotating around the x-axis affects the y and z values, while rotating around the y-axis affects the x and z values. These 3x3 matrices are always orthogonal, meaning their rows and c
FacebookMathswithmuza
526.2K views5 months ago
18K views · 1.7K reactions | In 3D transformations, dilation and...
18K views · 1.7K reactions | In 3D transformations, dilation and...
FacebookMathswithmuza
39.2K views3 weeks ago
3D Rotations in General: Rodrigues Rotation Formula and Quaternion Exponentials
33:07
3D Rotations in General: Rodrigues Rotation Formula and Quaternion Exponentials
YouTubeMathoma
112.3K views26 Jul 2016