content string | quality_label int64 | meta string | all-MiniLM-L6-v2_embedding list | doc_id int64 | unique_id string |
|---|---|---|---|---|---|
Gay-Lussac’s Law
Lesson Video: Gay-Lussac’s Law Physics • Second Year of Secondary School
In this video, we will learn how to use the formula 𝑃/𝑇 = constant (Gay–Lussac’s Law) to calculate the pressure or temperature of a gas that is heated or cooled at a constant volume.
Video Transcript
In this video, we’re lear... | 4 | [
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Distance Between Two Points - Formula, Derivation, Examples - - [[company name]] [[target location]], [[stateabr]]
Distance Between Two Points - Formula, Derivation, Examples
The idea of length is important in both
pasting
and everyday life. From simply calculating the extent of a line to working out the shortest ro... | 4 | [
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Optimal capacity reliability design of networks based on genetic algorithm
Abstract
The cost, capacity and reliability of components vary in different component types, and the optimal component combination is determined by minimizing the total cost under the constraint of network
capacity reliability requirement. To s... | 4 | [
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dask.array.stats.f_oneway
dask.array.stats.f_oneway¶
This docstring was copied from scipy.stats.f_oneway.
Some inconsistencies with the Dask version may exist.
Perform one-way ANOVA.
The one-way ANOVA tests the null hypothesis that two or more groups have the same population mean. The test is appli... | 5 | [
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Finite State Machines | Brilliant Math & Science Wiki
A finite state machine (sometimes called a finite state automaton) is a computation model that can be implemented with hardware or software and can be used to simulate sequential logic and some
computer programs. Finite state automata generate regular languages. Fin... | 5 | [
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(72c) On Parabolic and Hyperbolic Diffusion Effects during Hybridization Kinetics with Convection in Microfluidic Chamber
AIChE Spring Meeting and Global Congress on Process Safety
2015
Monday, April 27, 2015 - 5:00pm to 7:00pm
The hybridization reaction between target molecules that is going to be studied with ... | 4 | [
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Heat Transfer Mechanism, Physics tutorial
Heat Energy:
Heat (Q) is the form of energy which is transferred from one part of the system to another or to another system by virtue of difference in temperature. Temperature gradient estimates direction of
heat flow.
Methods of Heat Transfer:
The transfer of heat from on... | 4 | [
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Functions
Functions Expressing generality
One of the most important properties that a relation R may have is that of being many-one. This means that for any object x from the domain of discourse there is at most one thing y such that Rxy. A
many-one relation is sometimes also said to be functional. If R is both many-o... | 4 | [
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Gravitational Force and the Law of Universal Gravitation | Curious Toons
Table of Contents
Introduction
Welcome to the fascinating world of physics! Imagine a universe where invisible forces propel rockets into space, where the simple act of dropping a pencil reveals the secrets of gravity, and where
the behavior of... | 4 | [
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Condition for Existence of Third Number Proportional to Two Numbers
Theorem
Let $a, b, c \in \Z$ be integers.
Let $\tuple {a, b, c}$ be a geometric sequence.
In order for this to be possible, both of these conditions must be true:
$(1): \quad a$ and $b$ cannot be coprime
$(2): \quad a \divides b^2$
where $... | 5 | [
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deformation theory
Context
Higher algebra
Algebraic theories
Algebras and modules
Higher algebras
Model category presentations
Geometry on formal duals of algebras
Theorems
Formal geometry
Contents
Idea
Deformation theory studies problems of extending structures to extensions of their domains. Formal deforma... | 4 | [
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The generalized linear models (GLM) can be used when the distribution of the response variable is non-normal or when the response variable is transformed into linearity. The GLMs are flexible
extensions of linear models that are used to fit the regression models to non-Gaussian data.
One can classify a regression mod... | 5 | [
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Environment
Be careful about how much water you put in your kettle and ‘do your bit’ to save energy!
That’s what we’re often told, and boiling only as much water as you need for your cup of tea can only be a good thing. But how much impact does it really have on your overall energy consumption?
Consider this: if you’... | 4 | [
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Key Aggregation for Schnorr Signatures
Last Monday we published a paper that introduces MuSig, a multi-signature scheme based on Schnorr signatures. This post will dive into its construction and a few of its applications to Bitcoin.
MuSig is a simple multi-signature scheme that is novel in combining:
1. support for... | 4 | [
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Simulating bootstrap confidence intervals – James E. Pustejovsky
Bootstrapping is a brilliant statistical idea. I realize that it’s become pretty routine, these days, and maybe has lost some of the magical veneer it once had, but I will fess up that I am still a
fanboy. I teach my students to think of bootstrapping as ... | 5 | [
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Díaz-Cortés et al. [6] in 2018 presented multilevel thresholding of Breast Thermal images using Dragonfly algorithm. The Segmentation of grayscale breast thermal images is performed by using the
energy curve of images as an input. The colour Segmentation of satellite images using nature-inspired optimization algorithm... | 4 | [
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Finding Trigonometric Ratios | sofatutor.com
Finding Trigonometric Ratios
Content Finding Trigonometric Ratios
Basics on the topic Finding Trigonometric Ratios
Summary of Finding Trigonometric ratios
Trigonometric ratios are special measurements of a right triangle – a triangle with one angle measuring 90 degrees. ... | 4 | [
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An introduction to homotopy theory / P. J. Hilton
Type de document : MonographieCollection : Cambridge tracts in mathematics and mathematical physics, 43Langue : anglais.Pays: Grande Bretagne.Éditeur : Cambridge : Cambridge University Press, 1953
Description : 1 vol. (142 p.) : glossaire ; 22 cmISBN: 9780521052658.IS... | 4 | [
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What is the direction of acceleration in uniform circular class 11 physics JEE_Main
Hint: In a uniform circular motion performed by any object, it moves with a constant speed in a circle. Hence, acceleration is only due to change in direction of the object. Object moving in a circle
means the object moves around a fixe... | 4 | [
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Geometry Problem 1420: Regular Hexagon, Inscribed Circle, Area, Tangent
Geometry Problem. Post your solution in the comment box below.
Level: Mathematics Education, High School, Honors Geometry, College.
Details: Click on the figure below.
3 comments:
1. From ∆CHE => R(G) = (3r√3)/2 r = r(Q)
=> S = 27
R... | 4 | [
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None
1
2 Administrivia
• Attendance
• Exams graded but not curved
□ Can see yours over break
□ Will have them back next week (or in office?)
3 Tonight
• Discuss
□ Exam
□ HW
• Lossy Compression
4 Exam
• How did you like it?
5 Exam Grades
... | 5 | [
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Venn Diagram - Examples, Definition, Formula, Symbols, Types (2024)
A Venn diagram is used to visually represent the differences and the similarities between two concepts. Venn diagrams are also called logic or set diagrams and are widely used in set theory, logic,
mathematics, businesses, teaching, computer science, a... | 4 | [
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Get Free NCERT Solutions for Class 10 Maths Chapter 11 Ex 11.1 PDF. Constructions Class 10 Maths NCERT Solutions are extremely helpful while doing your homework. Exercise 11.1 Class 10 Maths NCERT
Solutions were prepared by Experienced LearnCBSE.in Teachers. Detailed answers of all the questions in Chapter 11 Maths Cl... | 4 | [
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: Problem #16
Problem:
There are two bags, one containing a counter, known to be either white or black; the other containing 1 white and 2 black. A white is put into the first, the bag shaken, and a counter drawn out,
which proves to be white. Which course will now give the best chance of drawing a white—to draw from ... | 5 | [
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0 intersects y-axis at a point P.
Hint: The slope of a curve at a point is equal to the slope of the straight line that is tangent to the curve at that point. Or we can say that slope is the ratio of vertical change to horizontal
change.
As we know that
$ m = \dfrac{{\Delta y}}{{\Delta x}} = \dfrac{{vertical\,change}}{... | 5 | [
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Mean Difference Calculator: Sample Size for Comparing Means - Westpak
Calculator
Mean Difference Calculator: Sample Size for Comparing Means
Sample Size for Comparing Means Formula
\begin{array}{l}{n=\frac{\left(Z_{\alpha}+Z_{\beta}\right)^{2} S^{2}}{\Delta^{2}}} \\\\ {n= SampleSize}\\\\{\text{Za}=\text { Type I er... | 5 | [
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The Stacks project
Example 68.13.11. Here is a counter example to Lemmas 68.13.9 and 68.13.10 in case $X$ is neither locally Noetherian nor decent. Let $k$ be a field. Let $G$ be an infinite profinite group. Let $Y$ be
$G$ viewed as a zero-dimensional affine $k$-group scheme, i.e., $Y = \mathop{\mathrm{Spec}}(\text{loc... | 4 | [
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Runtime Analysis of Assembly and Solution
7. Application: High Degree Gravity Field Determination Using a Direct Solver
7.4 Runtime Analysis of Assembly and Solution
(a) Full covariance matrix propagated to geoid height errors (m).
0 100000 200000 300000 400000 500000 10^20
10^22 10^24 10^26 10^28
(b) Spectrum of ... | 4 | [
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Infinite Divisibility in Probability: Definition
In a general sense, infinitely divisible means that any section of time and space can be divided into an infinite number of smaller and smaller pieces. For example, 10 feet can be subdivided into 1
foot sections, 0.1 foot sections, 0.00001 foot sections…and so on. Howev... | 4 | [
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StatsExamples | Intro to the chi-squared technique
CHI-SQUARED (INTRODUCTION)
... | 4 | [
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Investigation into Multiaxial Character of Thermomechanical Fatigue Damage on High-Speed Railway Brake Disc
^1
School of Mechanical Engineering, Southwest Jiaotong University, Chengdu 610031, China
^2
Technology and Equipment of Rail Transit Operation and Maintenance Key Laboratory of Sichuan Province, Chengdu 6100... | 4 | [
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Function Pyramids
A function pyramid is a structure where each entry in the pyramid is determined by the two entries below it. Can you figure out how the pyramid is generated?
Problem
This problem extends the ideas explored in Number Pyramids and More Number Pyramids.
A function pyramid is a structure where eac... | 4 | [
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Transient Stability Analysis of 33 KV Transmission Network of Egi Community, Nigeria
Transient Stability Analysis of 33 KV Transmission Network of Egi Community, Nigeria ()
1. Introduction
Electrical energy demand in Egi community is continuously increasing each year in both the domestic and industrial sectors as mo... | 4 | [
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Numerical Integration:
Here are the three following ways to estimate the value of a definite integral with $n$ sub-intervals:
1) Midpoint Rule
$M_{n} = \int^b_a f(x)dx \approx \Delta x[f(x_{1})+f(x_{2})+...+f(x_{n-1})+f(x_{n})]$
Where $x_{i}$ is the midpoint of each interval.
2) Trapezoid Rule
$T_{n} = \int^b_a f... | 4 | [
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Principles of Projectile Motion (1.1.4) | IB DP Physics 2025 SL Notes | TutorChase
The study of projectile motion provides insights into the behaviour of objects launched into the air, tracing a path dictated by the gravitational force while ignoring air resistance. This intricate
dance between vertical and horizontal ... | 4 | [
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ocumentation
# NOT RUN {
quine.nb <- glm.nb(Days ~ .^2, data = quine)
theta.md(quine$Days, fitted(quine.nb), dfr = df.residual(quine.nb))
theta.ml(quine$Days, fitted(quine.nb))
theta.mm(quine$Days, fitted(quine.nb), dfr = df.residual(quine.nb))
## weighted example
yeast <- data.frame(cbind(numbers = 0:5, fr = c(213, 1... | 4 | [
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Optimizing Network Performance of Computing Pipelines in Distributed Environments
(1)
Optimizing Network Performance of Computing Pipelines in Distributed
Environments
Qishi Wu^1, Yi Gu^1 Mengxia Zhu^2 Nageswara S.V. Rao^3
1Dept of Computer Science ^2Dept of Computer Science University of Memphis Southern Illinois ... | 4 | [
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Scaling up: Using Fourier Optics for Bigger Transforms - Optalysys
Technical content
Scaling up: Using Fourier Optics for Bigger Transforms
The Fourier transform is a phenomenally useful mathematical tool applied throughout the scientific world.
Wherever nature contains a repeating pattern, the Fourier transform can... | 4 | [
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Standard Deviation Definition - Varsha Saini
To understand the distribution of data, it is important to find the variability or spread in the data which can be found using two statistical measures Variance and Standard Deviation.
What is Standard Deviation?
Standard Deviation (σ) is the measure of dispersion or the ... | 4 | [
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1.4 Electric Field: Concept of a Field Revisited
Learning Objectives
Learning Objectives
By the end of this section, you will be able to do the following:
• Describe a force field and calculate the strength of an electric field due to a point charge
• Calculate the force exerted on a test charge by an electric f... | 4 | [
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ATI TEAS TEST Mathematics-with 100% verified solutions-Latest Update 2024 | Exams Mathematics | Docsity
Download ATI TEAS TEST Mathematics-with 100% verified solutions-Latest Update 2024 and more Exams Mathematics in PDF only on Docsity! lOMoARcPSD|20622301 ATI TEAS TEST Mathematics- with 100% verified
solutions- Lates... | 4 | [
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Estimating the sample size needed for
Estimating the sample size needed for variant monitoring
Periodic sampling
This vignette provides an overview of the functions that can be used to estimate the sample size needed to detect a pathogen variant in a population, given a periodic sampling scheme.
Variant detection
... | 5 | [
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Finite Element Method Basics
The core Partial Differential Equation Toolbox™ algorithm uses the Finite Element Method (FEM) for problems defined on bounded domains in 2-D or 3-D space. In most cases, elementary functions cannot
express the solutions of even simple PDEs on complicated geometries. The finite element met... | 4 | [
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: Double Replacement
Reaction Types: Double Replacement
Important notes to remember: (1) NONE of the equations are balanced!! and (2) make sure to write correct formulas. DO NOT just copy the subscripts from the reactants over into the p... | 4 | [
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Ring Theory/Printable version - Wikibooks, open books for an open world
Ring extensions
Definition (ring extension):
Whenever ${\displaystyle S}$ is a ring and ${\displaystyle R\subset S}$ is a subring of ${\displaystyle S}$ , we say that ${\displaystyle S}$ is a ring extension of ${\displaystyle R}$ and write ${\
di... | 5 | [
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How to Calculate Effective Interest Rate: A Clear Guide
How to Calculate Effective Interest Rate: A Clear Guide
Calculating the effective interest rate is an important aspect of personal finance, business, and investing. It is the actual interest rate earned or paid on a loan or investment, taking into account
the e... | 4 | [
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Aerodynamics Excitation
Review of single and multi-degree of freedom (mdof) systems: Aerodynamics Excitation
A relatively common excitation which occurs in diverse situations from subsea pipelines to slender tall structures is due to vortex shedding. This shedding creates a differential pressure
perpendicular to the f... | 4 | [
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Flashcards - Mineral Processing test 2
1. What is a Particle?
□ A useful working unit
□ individual particle
□ aggregate of many small individual particles (pellet, floc, etc.)
2. Typical Particle Size Ranges
Run-of-Mine < ____
Primary Crusher Product < _____
Secondary Crusher Product < ... | 4 | [
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Exact functor
Jump to navigation Jump to search
In homological algebra, an exact functor is a functor that preserves exact sequences. Exact functors are convenient for algebraic calculations because they can be directly applied to presentations of
objects. Much of the work in homological algebra is designed to cope wi... | 4 | [
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eFG Calculator
Last updated:
eFG Calculator
New
The eFG calculator will help you find the effective field goal percentage for your performance in a basketball game. Did you or your team score a mix of 3-point and 2-point field goals? The effective
field goal percentage considers that the 3-point field goals are more... | 4 | [
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Hilbert Spaces
Here, you find my whole video series about Hilbert spaces in the correct order and I also help you with some text around the videos. If you want to test your knowledge, please use the quizzes, and
consult the PDF version of the video if needed. When you have any questions, you can use the comments below ... | 4 | [
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Regular Octagon Made By Cutting Equal Triangles Out From The Corners Of A Square
Problem
A regular octagon is made by cutting equal isosceles right triangles out from the corners of a square of sides 16 cm. What is the length of the sides of the octagon?
A. 6.627 cm C. 6.762 cm
B. 6.267 cm D. 6.276 cm
... | 4 | [
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An analytical method for evaluating the dynamic behavior of a soft clamped-type support
Abstract
Analytical equations that describe the dynamic behavior of beams with a soft clamped end are very little treated in the literature. The paper aims to solve this problem by introducing a stiffness in
the hinged end of the b... | 5 | [
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Where did the instructor get the Probability Function for the binomial distribution at 4:08? 8 – Q&A Hub – 365 Data Science
Resolved: Where did the instructor get the Probability Function for the binomial distribution at 4:08?
Where did the instructor get the Probability Function for the binomial distribution at 4:08?... | 4 | [
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NCERT Solutions for Class 10th Maths Some Applications Of Trigonometry Ex
In this page we have Class 10 Maths NCERT solutions for Some Applications Of Trigonometry for Exercise 9.1 on pages 203,204 and 205. Hope you like them and do not forget to like , social_share and
comment at the end of the page.
Important Defini... | 4 | [
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53. [Nonlinear Systems] | Math Analysis | Educator.com
Lecture Slides are screen-captured images of important points in the lecture. Students can download and print out these lecture slide images to do practice problems as well as take notes while
watching the lecture.
Section 1: Introduction
In... | 4 | [
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CAT 2020 | Slot 2 | Quantitative Aptitude | 2IIM CAT Coaching
Worried about your CAT preparation online? Not sure where to start your preparation from? Stressed out about the direction you should steer your CAT Preparation in? Say goodbye to all your worries!
One of the best ways to begin your preparation is practicing... | 4 | [
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Solution:
The quantity of milk that the hemispherical bowl can hold is nothing but the volume of the hemispherical bowl.
The volume of a hemisphere of base radius, r = 2/3π r^3
Diameter of the hemispherical ball, d = 10.5 cm
Radius of the hemispherical ball, r = 10.5/2 cm = 5.25 cm
Volume of the hemispherical bal... | 4 | [
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measure space
Context
Measure and probability theory
Measure theory
Probability theory
Information geometry
Thermodynamics
Theorems
Applications
Integration theory
Measure spaces
Idea
In measure theory, measure spaces are used in the general theory of measure and integration, somewhat analogous to the role p... | 4 | [
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Lecture 9. The Tendermint Protocol.
Consensus with Partial Synchrony
Recall: Partially Synchronous model.
|t=0|____Asynch phase____|t=GST, unknown|____Sync phase, ∆ msg delay ______→
Goals: (for SMR)
• consistency (always)
• liveness (eventually, after GST)
Lecture 8: if f ≥ n/3, no protocol satisfies these go... | 4 | [
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Arbitrary Precision Iterative Solver – GMRES
The multiprecision toolbox provides all the common routines to do the matrix computations with arbitrary precision – solvers, decompositions, eigensolvers, matrix functions, etc. Recently we have
made important addition – iterative methods for large/sparse matrices.
Direct... | 5 | [
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SYSTEMS OF LINEAR EQUATIONS - ppt video online download
2 Solving Systems of Equations AlgebraicallyWhen you graph, sometimes you cannot find the exact point of intersection. We can use algebra to find the exact point. Also, we do not need to put every
equation in slope-intercept form in order to determine if the line... | 4 | [
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Making Elastic Net Less Naïve | Published in CAS E-Forum
Introduction
Machine learning methods allow us to automate a lot of modeling work. One common example is using Elastic Net, Ridge Regression, and Lasso for variable selection and shrinkage [Zou]. In this article,
we suggest two adjustments that can improve these... | 5 | [
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The Wagner Projections (Part 3): Umbeziffern – The Wagner Transformation Method
Part 3 of this article series was supposed to be about the Wagner variants created by Frank Canters and Dr. Rolf Böhm. For a better comprehension of these variants it occured to me that before that,
it might be better to explain the method... | 4 | [
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polynomialmani.pl
A symbolic polynomial calculator in Prolog.
This repository has been archived on
2023-08-20
. You can view files and clone it, but cannot push or open issues or pull requests.
POLYnomial MANI.PuLation
A symbolic polynomial calculator in Prolog.
How to run
In a terminal, run
$ swipl
Inside the... | 5 | [
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Gravitational Fields - Physics A-Level Notes - Wedgwood Tutors
Gravitational Fields – Physics A-Level Notes
… Gravitational fields are always attractive.
… Newton’s law of universal gravitational: the attractive force between two objects separated by a distance r is given by:
F = GMm/r²
G is the Universal Gravitation... | 4 | [
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Multiple Choice Questions from Electronics
Questions in Electronics are simple at the Higher Secondary/Plus two level. Many of you might be interested in Electronics and your attitude towards this subject will make it seem to be simpler!
Consider the following MCQ which appeared in AIEEE 2003 question paper:
The differ... | 5 | [
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In the geometry of curves, an orthoptic is the set of points for which two tangents of a given curve meet at a right angle.
Orthoptic of the hyperbola (its director circle)
Examples:
1. The orthoptic of a parabola is its directrix (proof: see below),
2. The orthoptic of an ellipse ${\displaystyle {\tfrac ... | 4 | [
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OpenStax College Physics, Chapter 22, Problem 87 (Problems & Exercises)
Question
An inventor wants to generate 120-V power by moving a 1.00-m-long wire perpendicular to the Earth’s $5.00 \times 10^{-5} \textrm{ T}$ field. (a) Find the speed with which the wire must move. (b) What
is unreasonable about this result? (c)... | 5 | [
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Reinforcement Studying for Physics: ODEs and Hyperparameter Tuning | by Robert Etter | Oct, 2024Reinforcement Studying for Physics: ODEs and Hyperparameter Tuning | by Robert Etter | Oct, 2024 - Automationscribe.com
Working with ODEs
Bodily techniques can sometimes be modeled by means of differential equations, or eq... | 4 | [
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HoTT Without Vars
There are a few notational conveniences of the lambda calculus that seem to be missing in the HoTT calculus. Here are some ideas about how to add them. First, a kind of "reverse lambda" operator that
allows us to refer to arbitrary elements of a type without
using
a name, just like lambda does with... | 4 | [
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7.4 Central Limit Theorem (Pocket Change)
Introduction
Introduction
Stats Lab 7.1
Central Limit Theorem (Pocket Change)
Class Time:
Names:
Student Learning Outcome
• The student will demonstrate and compare properties of the central limit theorem.
Note
This lab works best when sampling from several classes a... | 4 | [
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Elements of Geometry and Plane Trigonometry
PROP. XIII. THEOR.
In any triangle, the rectangle under two sides, is to the rectangle under the semiperimeter, and its excess above the base, as the square of the radius, to the squ... | 5 | [
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Conjugacy Classes. The Class Equation. | JustToThePointConjugacy Classes. The Class Equation.
1st Law. Males are fucked when getting married, there is nothing fair and equal about the divorce. You’re a man, you’re going to get bent over and you’re going to take it dry. Besides, the “so
called Catholic church” w... | 5 | [
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perplexus.info :: Numbers : Sum of two squares
19451945
is a sum of 2 distinct squares.
Find
ALL
qualifying pairs (x,y).
To avoid duplicity assume x>y>0.
x^2 + y^2 = 19451945. I'll factor the left side using complex numbers: (x+yi) * (x-yi) = 19451945. So then this problem is equivalent to finding the ways to fa... | 5 | [
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Getting Started: VARCLUS Procedure
This example demonstrates how you can cluster variables using the VARCLUS procedure.
The following data are job ratings of police officers. The officers were rated by their supervisors on 13 job skills on a scale from 1 to 9. There is also an overall rating that is not used in this... | 4 | [
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Analysis of Heat Transport in a Powell-Eyring Fluid with Radiation and Joule Heating Effects via a Similarity Transformation
1 Department of Mathematics, Government Postgraduate College Haripur, 22620, Pakistan
2 Basic Sciences Department, University of Engineering and Technology, Taxila, 47050, Pakistan
3 Department ... | 4 | [
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Optics - find area
A solid iron sphere of radius=1m is just submerged in a water tank. A point source of light is kept vertically above its center at a distance 1m from the water surface.
Find the area of the sphere's shadow. Refractive index of water=1.414.
#Physics #Optics #Geometrical Optics
• UP 0 DOWN 0 1 2
... | 5 | [
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f18-busad265 – Page 3 – Geographical Perspectives
Review:
• Exam 1 Solutions
• Court of Appeals
Presentation:
• Scatterplots
□ Relationship between 2 variables
☆ independent (x) and dependent (y)
☆ explanatory (x) and response (y)
☆ horizontal axis (x) and vertical axis (y)
... | 5 | [
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HLLC Algorithm
Overview
This is a step through of the particular HLLC Riemann solver I’m going to add to my hydro-sandbox code. It will serve as a base and teaching tool for my future implementation of an HLLD MHD Riemann
solver. The algorithm is from Batten et al. 1997 though my basic understanding of HLL family solv... | 4 | [
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... | 13,703,879 | 13703879 | |
Practice Question
CFA Practice Question
There are 676 practice questions for this topic.
CFA Practice Question
An investor invested $10,000 in an open-end mutual fund 90 days ago. Today his investment is worth only $9,874. What is his annualized rate of return?
A. -5.04%
B. -5.01%
C. -4.83%
Explanation:
The ra... | 5 | [
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What is the momentum of an object of mass m1 moving with velocity v? - EasyRelocated
What is the momentum of an object of mass m1 moving with velocity v?
What is the momentum of an object of mass m1 moving with velocity v?
The correct answer is mv. Momentum: The momentum, p of an object is defined as the product of i... | 4 | [
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Factoring by Taking Out the Greatest Common Factor
To factor means to take out a common factor out from the expressions. In this lesson, we will try to do it by determining the greatest common factor among the terms of the expressions, and factor it
out from each term.
How to factor a polynomial
What happens when yo... | 4 | [
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Practical Navigation for Second Mates
Year
:
2001Language
: english
Author
:
A. FROSTGenre
: Practical guide
Publisher
: BROWN, SON & FERGUSON LTD. NAUTICAL
Edition
: 5th edition
ISBN
: 0 85714 3978
Format
: PDF
Quality
: eBook
Pages count
: 202
Description
: In this revision 'Practical Navigati... | 4 | [
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Chiral Differential Operators via Quantization of the Holomorphic $\sigma$-Modelsearch
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Chiral Differential Operators via Quantization of the Holo... | 4 | [
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0.125,
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Exponential Growth and Decay
Learning Outcomes
• Graph exponential growth and decay functions.
• Solve problems involving radioactive decay, carbon dating, and half life.
Exponential Growth and Decay
In real-world applications, we need to model the behavior of a function. In mathematical modeling, we choose a fa... | 5 | [
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... | 13,703,885 | 13703885 | |
With Excel
Two-Factor Analysis of Variance With Excel
In this lesson, we demonstrate how to use Excel to conduct analysis of variance on results from a balanced, two-factor, full-factorial experiment. We'll explain how to conduct the analysis and how to
interpret results for fixed-effects models, random-effects model... | 5 | [
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Comparing the Growth Rate of Two Functions Using Limits
Question Video: Comparing the Growth Rate of Two Functions Using Limits Mathematics • Higher Education
Compare the growth rates of the two functions 𝑓(𝑥) = 𝑒^(𝑥) and 𝑔(𝑥) = ln 𝑥 using limits as 𝑥 ⟶ ∞.
Video Transcript
Compare the growth rates of the two... | 5 | [
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How to plot the graph of the equation F[x,y]=0 ?
I was simply explaining why the plots were different.
As for getting y as functions, respectively, of Re[x] and Im[x], that gets tricky because it is in general not a function but rather a "multivalued function". You will probably want to get a
continuous branch of such... | 5 | [
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A Cute Problem in Undergrad Analysis
Date Written: July 14, 2023; Last Modified: July 14, 2023
This problem was shared on a Discord server, and according to the guy that posted it, he was given the problem on an undergraduate analysis exam. I’ll share the approaches I tried, as well as my
(rather convoluted) solution... | 5 | [
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Importing Sage functions into Cython?Problems with Var in Cloud.Sagemathchecking left hand side of an equationhow to use variables (`var`)Difference Between var(), QQ() and PolynomialRing()Strange error, possibly related to varSymbolic variable declarationDifference between var('x') and x=var('x')?
this exercise comes ... | 5 | [
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One Clock Cycle Polynomial Math - Mike
One Clock Cycle Polynomial Math
Mike ●November 20, 2015●7 comments
Error correction codes and cryptographic computations are most easily performed working with $GF(2^n)$ polynomials. By using very special values of $n$ we can build circuits which multiply and square
in one cloc... | 4 | [
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Developing a Model for Enthalpy of Solution—Reframing the Approach
Ben Meacham | Wed, 03/17/2021 - 10:30
There has always been something I have loved about calorimetry. Waiting for that transfer of energy within the system to match my prediction while simultaneously trying to prevent this invisible
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GreeneMath.com | Ace your next Math Test!
Lesson Objectives
• Demonstrate an understanding of ratios and rates
• Demonstrate an understanding of the equality test for fractions
• Demonstrate an understanding of proportions
• Learn how to solve proportion equations
• Learn how to solve a proportion word probl... | 4 | [
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Primitive Roots
Upon looking at the least positive residues of $b^x \pmod{n}$ for various moduli, (as shown for $n=19$ and $n=26$ below), one sees a curious phenomenon when $\textrm{ord}_n b = \varphi(n)$. Namely,
the powers $b^x$ seem to cycle through the entire set of the $\varphi(n)$ least positive residues that ar... | 4 | [
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Given (-5, -2) and (-6, -8), find the slope.
Understand the Problem
The question is asking to calculate the slope between two points, (-5, -2) and (-6, -8). The slope can be determined using the formula (y2 - y1) / (x2 - x1).
Answer
Answer for screen readers
The slope between the points ((-5, -2)) and ((-6, -8)) i... | 4 | [
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1. Introduction
The method of using the sun signals detected from the sun at low antenna elevations during the operational scanning of a radar has been developed in a series of papers by Huuskonen and Holleman
(2007) and Holleman et al. (2010a,b). Huuskonen and Holleman (2007) presented the use of signals detected fr... | 4 | [
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What does it mean for a function to be differentiable?
A differentiable function is one you can differentiate.... everywhere!
That sounds a bit like a dictionary definition, doesn't it? Completely accurate, but not very helpful! But, if you explore this idea a little further, you'll find that it tells you exactly wh... | 4 | [
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The value of h is given below: Value of h In SI units. h = 6.6260715×10 -34 J.s. Value of h In Meter-Kilogram-Second(MKS) units.
What is H in energy formula?
Here, E stands for energy in a photon. f stands for the frequency of light. and h stands for Planck’s constant and This ‘h’ the Planck’s constant has a fixed v... | 4 | [
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Properties of Triangles - SSAT Upper Level Math
All SSAT Upper Level Math Resources
Example Questions
Example Question #1 : Properties Of Triangles
What is the perimeter of a right triangle with hypotenuse
Possible Answers:
It cannot be determined from the information given.
Correct answer:
Explanation
:
Usin... | 4 | [
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