The substantial time derivative will likely appear occasionally throughout this Transport Phenomena Course. This substantial time derivative is a method by which we examine some quantity changing with respect to time while the whole area of interest is continually changing at some constant value (such as velocity of a river).
This timeline is meant to help you better understand what the substantial time derivative is: 0:00 Introduction. 0:07 Review of partial and total derivatives. 0:58 What is the substantial time derivative? 3:05 Outro
This video is part of our Transport Phenomena course. Transport phenomena is a key engineering science. Within this Transport Phenomena course we will be discussing transport of momentum, mass and energy between various systems.
Let’s learn about the ABS function in Microsoft Excel (ABS()). The ABS function returns the absolute value of any number that we give it as an argument. Which means we will only get the magnitude of our number back, and not the associated sign.
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This video is part of our Microsoft Excel course. Microsoft Excel is a program used in many different branches of work and learning this software is extremely beneficial to many peoples employability. In this Learn Microsoft Excel playlist you'll learn everything from the fundamentals to much more complicated topics.
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https://www.youtube.com/watch?v=M37qjSCyO38
Let's find the ground state electron configuration of Hydrogen! In this example video we are asked about Hydrogen ground state electron configuration! A single Hydrogen atom has 1 proton and 1 electron, but how do we know where Hydrogen puts its electrons, in which orbitals?
This timeline is meant to help you better understand Hydrogen Ground State Electron Configuration:
0:00 Introduction
0:16 What is electron configuration?
0:40 Hydrogen electron configuration
1:24 Outro
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This video is part of our organic chemistry course. Organic chemistry as a whole solely focuses on the physical and chemical properties of molecules with carbon present. In this playlist we will learn everything about reactions involving carbon based molecules, their configurations, and tons more.
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https://www.youtube.com/watch?v=YR20sQO_otQ
In this example video we are asked to solve for x in the following logarithm: 4 = log2(sqrt(x)) + log2(16). To solve for x in this logarithm example we begin by isolating for our unknown value which is x. Then we convert one side of our equation to exponential form and solve.
Relevant Playlists:
StudySession PreCalculus Playlist: https://www.youtube.com/playlist?list=PLDea8VeK4MUTOVkeLhdfTSm1kudC9J_WE
StudySession PreCalculus Examples Playlist: https://www.youtube.com/watch?v=HIXadJskPdQ&list=PLDea8VeK4MURe0eCf8YVQmzn_Ah807Qzs
StudySession Logarithm Examples Playlist: https://www.youtube.com/watch?v=tUiAsthC3bw&list=PLDea8VeK4MUTxQ1CydAmmt6zxdSDq4_cJ
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This video is part of our Precalculus Examples playlist. In this playlist we will be solving plenty of precalculus examples to aide and supplement your learning. Precalculus is typically taught in the 10th grade, however, sometime later. Precalculus courses typically cover algebra and trigonometry. The purpose of taking a Precalculus course is to prepare students with many mathematic fundamentals for future calculus courses.
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https://www.youtube.com/watch?v=knQ-V9lKHRA
Working with arrays in NumPy in the focus of this video. NumPy stands for numerical Python and gives us many options and ways to work with linear algebra, large amounts of data, etc... in Python! In this video we will learn how to do things such as select a row or column in Numpy, how to multiply arrays in numpy, how to select an element in numpy, etc...
How to add NumPy to Python: https://www.youtube.com/watch?v=z99Pgl1UklM&t=68s
How to create arrays in Numpy: https://www.youtube.com/watch?v=P22_aju5zQk
This timeline is meant to help you understand all the ways that we can create arrays in NumPy:
0:00 Introduction.
0:12 Import NumPy.
0:34 Add an array in NumPy.
1:15 Multiply two arrays together in NumPy (dot function).
2:09 Element-wise addition in NumPy.
2:23 How to access a row or column from an Array with NumPy.
2:50 How to select a single element from an array.
3:01 Insert function in NumPy.
3:50 NumPy append function.
4:07 How to access the last row, column or element in Python.
4:25 hstack and vstack in NumPy.
4:45 Outro
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What is Python and why you should learn Python? Python programming, in particular Python 3, is a growing programming language that is loved by many programmers due to its simple syntax and ease of use. Python allows for relatively easy debugging of your codes and there are many beautiful Python IDE's available for free to make coding more enjoyable. Python is also very popular among Data Scientists and many machine learning applications. Through this video and others like it in our "learn Python" playlist, we here at StudySession hope to provide you with an excellent education for free.
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https://www.youtube.com/watch?v=11IBca9Lj8o
This video will go through several examples of Negative Exponents. How to deal with negative exponents and how to resolve a function with a negative exponent in it. Negative exponents are the inverse of positive exponents and the negative exponent can cause the numerator to become to denominator of the fraction or vice-versa.
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https://www.youtube.com/watch?v=po6EJtgLdJ8
What are the electron configuration exceptions and why are there electron configuration exceptions? An electron configuration is the way in which atoms organize their electrons to create the most stable environment possible. Therefore, some combinations of electrons become more favourable than others in certain scenarios. In this video we will talk about the two primary reasons that there are exceptions to Aufbau’s Principles when assigning electron configurations of atoms.
Periodic Table with electron configurations: https://sciencenotes.org/wp-content/uploads/2015/07/PeriodicTableWorks.png
Elements with electron configuration exceptions: https://www.quora.com/What-are-exceptional-cases-in-electron-configuration
This timeline is meant to help you better understand electron configurations exceptions:
0:00 Introduction.
0:54 Electron configuration exception of Copper, Silver and Gold.
2:25 Electron configuration exception of Chromium and Molybdenum.
4:09 Outro
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This video is part of our organic chemistry course. Organic chemistry as a whole solely focuses on the physical and chemical properties of molecules with carbon present. In this playlist we will learn everything about reactions involving carbon based molecules, their configurations, and tons more.
#StudySession #OrganicChemistry #Chemistry
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https://www.youtube.com/watch?v=qYbGbR6u2Hc
In this video, we're diving into the world of numerical integration by using Simpson's 3/8 Rule to approximate the definite integral xe^(x^-2) from 0.5 to 1.5.
Understanding how to apply numerical methods like Simpson's 3/8 Rule is crucial in solving integrals, especially when dealing with complex functions. We'll break down the step-by-step process to compute the definite integral of this polynomial within the given limits.
Simpson's 3/8 Rule is a numerical integration technique that approximates definite integrals by dividing the range into equally spaced intervals and using cubic approximations within those segments. It's a powerful method for approximating integrals when analytical solutions aren't readily available.
Simpson's 3/8 Rule Theory & Derivation: https://www.youtube.com/watch?v=VldXegup5d0
This timeline is meant to help you better understand how to solve a Simpson’s 3/8 rule example problem:
0:00 Introduction
0:15 Recall Simpson's 3/8 Rule Theory
0:27 Approximating a definite integral with Simpson's 3/8 Rule
2:57 Outro
Relevant Numerical Methods Playlists:
Numerical Methods Playlist: https://www.youtube.com/watch?v=F2NWYEOHIkc&list=PLDea8VeK4MUTOBXLpvx_WKtVrMkojEh52
Numerical Methods Examples Playlist: https://www.youtube.com/watch?v=UA7bzwCwHMI&list=PLDea8VeK4MUTxZGOTG-VNnW4T3TYwlEc9
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This video is part of our Numerical Methods course. Numerical methods is about solving math problems through approximating the solution of problems that would be difficult or impossible to solve analytically. In this playlist we will cover topics such as solving systems of linear equations, solving systems of non-linear equations, numerical integration, numerical derivatives, etc..
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https://www.youtube.com/watch?v=qZxOuJaUcNI
What is a function and why are they important in math? Functions help us in understanding patterns and trends for sets of data. Therefore, functions have applications in just about everything you can imagine; working 20 hours a week and want to know how much more you're going to make? Well there is a function to give you that answer.
This timeline is meant to help you understand how what a function means in mathematics:
0:00 Introduction.
0:05 Function definition.
0:55 Graphing ordered-pairs.
1:18 Ways of representing functions (f of x vs y).
1:58 Determine which is a function examples.
2:53 Outro
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This video is part of our Precalculus playlist. Precalculus is typically taught in the 10th grade, however, sometime later. Precalculus courses typically cover algebra and trigonometry. The purpose of taking a Precalculus course is to prepare students with many mathematic fundamentals for future calculus courses.
#studysession #precalculus #math
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https://www.youtube.com/watch?v=qeb9EwxcI50
An elemental balance (Stoichiometry) is a fundamental concept in reaction engineering. Stoichiometry is essentially the accounting system for a reaction and ensures that the conversion of mass always holds true. Therefore, in an elemental Stoichiometry balance, all the atoms into a reaction must come out of the reaction.
This timeline is meant to help you better understand elemental balance stoichiometry:
0:00 Introduction.
0:12 Stoichiometry is important in reaction engineering
0:30 Stoichiometry definition
0:38 What does an elemental balance mean?
1:02 How to perform an elemental balance
1:32 Ethane combustion balance equation example
2:50 How to balance a chemical reaction in excel
3:10 Outro
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This video is part of our Chemical Reaction Engineering course. Chemical reaction engineering (also known as reactor and reaction engineering) is a course that introduces that relationship between the study of both chemical kinetics (the rate and manner in which chemical species react to create another chemical species) and the types of reactors that chemical reactions take place in (batch reactor, plug-flow reactor etc…). Throughout this course we will talk about how to design various chemical reactors, economics of developing a chemical reactor and many more interesting topics.
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https://www.youtube.com/watch?v=5XC8mrGO_Jw