Paper size standards govern the size of sheets of paper used as writing paper, stationery, cards, and for some printed documents. The ISO 216 standard, which includes the commonly used A4 size, is the international standard for paper size. It is used across the world except in North America and parts of Central and South America, where such as "Letter" and "Legal" are used. The international standard for envelopes is the of ISO 269. (Wikipedia).
Ex: Find the Dimensions of a Bookcase Using a Linear Equation
This video provides an example of how to determine the dimensions of a bookcase given the relationship between the width and height given the amount of material used. Complete Video Library: http://www.mathispower4u.com Search Videos: http://www.mathispower4u.wordpress.com
From playlist Applications: Solving Linear Equations in One Variable
Isometric Dot Paper and Rectangular Prisms
An intuitive and visual approach to surface area
From playlist Middle School - Worked Examples
Volume and Surface Area of Prisms
A practice set of problems dealing with surface area and volume
From playlist Middle School - Worked Examples
Ex: Paper Folding to Model Addition of Fractions with Unlike Denominators
This video explains how to model the addition of fractions with unlike denominators using paper folding. http://mathispower4u.com
From playlist Number Sense - Fractions
A quick primer on significant figures and their use in measurements. This is a version of the "Professor Dave Explains" video: https://youtu.be/Gn97hpEkTiM, with a few tweaks of my own.
From playlist Experimental Physics
Dimensions, Volume and Surface Areas
Great basic practice problem on dimension, volume and surface area
From playlist Middle School - Worked Examples
The Mathematical Brilliance of the A4 Paper Size Design
What does the term "A4" mean in the famous paper size? Its design was the first of its kind so it was known as the A-series. Every time this paper was split in half, a smaller size was created. A number was used to keep track of how many times it was split in half. If we started from A0 as
From playlist Summer of Math Exposition Youtube Videos
Ex: Find the Size of Cardboard Needed to Make a Box with a Given Volume
This video explains how to use a quadratic equation to find the size of a square piece of cardboard need to make a box with a given volume. Site: http://mathispower4u.com Search: http://mathispower4u.wordpress.com
From playlist Applications of Quadratic Equations
Find the volume of the largest open box that can be made from a piece of cardboard 24 inches square by cutting equal squares from the corners and turning up the sides.
From playlist Calculus
Paper sizes explained | Number Hub with Matt Parker | Head Squeeze
Have you ever wondered why A4 is the way it is? Well Matt Parker has sorted it all out for you. Two A4's side by side make an A3. Two A3's side by side make an A2. Two A2's together make an A1 and two A1's together make a A0. Almost like magic isn't it? Well it isn't. As Matt Parker exp
From playlist Number Hub - stats that will blow your mind
Computer Vision Study Group Session on FlexiViT
In this session of Computer Vision Study Group, Johannes Kolbe walks us through the paper FlexiViT: One Model for All Patch Sizes (https://arxiv.org/abs/2212.08013)
From playlist Computer Vision Study Group Sessions
Learning Rate Grafting: Transferability of Optimizer Tuning (Machine Learning Research Paper Review)
#grafting #adam #sgd The last years in deep learning research have given rise to a plethora of different optimization algorithms, such as SGD, AdaGrad, Adam, LARS, LAMB, etc. which all claim to have their special peculiarities and advantages. In general, all algorithms modify two major th
From playlist Papers Explained
How Large of A Replay Buffer Do You Need? A Deeper Look at Experience Replay | Paper Analysis & Code
The size of the experience replay buffer is usually taken for granted. In this recent paper by Sutton and Zhang, they take a look at the effects of the size of the replay buffer on the performance of deep Q learning. Better yet, they create a new type of memory called "Combined Experience
From playlist Deep Reinforcement Learning Tutorials - All Videos
NFNets: High-Performance Large-Scale Image Recognition Without Normalization (ML Paper Explained)
#nfnets #deepmind #machinelearning Batch Normalization is a core component of modern deep learning. It enables training at higher batch sizes, prevents mean shift, provides implicit regularization, and allows networks to reach higher performance than without. However, BatchNorm also has d
From playlist Papers Explained
Yossi Elran - All you need is paper! - CoM Oct 2020
It’s amazing how much math you can do with nothing but a sheet of paper. Just grab a few sheets of paper from your printer, and join me! I’ll challenge you to fold maximum-area geometric shapes, solve some intriguing puzzles, make some impossible objects and get you thinking out of the bo
From playlist Celebration of Mind
RubyConf 2017: How to Build a World-Class Rock Paper Scissors Bot by Dorothy Jane Wingrove
How to Build a World-Class Rock Paper Scissors Bot by Dorothy Jane Wingrove This talk will teach you how to play rock-paper-scissors (no really, it’s more complicated than you might think) plus a little bit about AI history. It will also make you laugh — at least a little. You'll also lea
From playlist RubyConf 2017
Lesson 12: Deep Learning Part 2 2018 - Generative Adversarial Networks (GANs)
NB: Please go to http://course.fast.ai/part2.html to view this video since there is important updated information there. If you have questions, use the forums at http://forums.fast.ai. We start today with a deep dive into the DarkNet architecture used in YOLOv3, and use it to better under
From playlist Cutting Edge Deep Learning for Coders 2
Chapter 5 of the Dimensions series. See http://www.dimensions-math.org for more information. Press the 'CC' button for subtitles.
From playlist Dimensions