I've been working on a big set of Circuit Analysis practice problems to compliment the YouTube videos. Check them out and consider joining on Patreon! https://t.co/KPO4HnuZxW

This Mechanics of Materials tutorial introduces thermal expansion of materials due to temperature change. https://t.co/kFbKgyhnlw - #engineering #mechanicsofmaterials #solidmechanics #civilengineering #structuralengineering

New set of 8 Mechanics of Materials Practice Problems for Stress is up: https://t.co/ExoZuQLYWv Please support my work on Patreon for more🙏🙏

This tutorial demonstrates another example on how to use integration by parts the fast way. https://t.co/LAIbtKbGkH

This tutorial demonstrates an example on how to use integration by parts the fast way. This method is much quicker than the full integration by parts method. https://t.co/CELRHzakXL

This tutorial shows how to integrate by parts the fast way. https://t.co/N3ReQi7hYM

This tutorial runs through another integration by parts example: https://t.co/RylJBP1pIi #engineering #math #learnmath #calculus #calc2 #calculus2 #learnengineering

This tutorial runs through an integration by parts example: https://t.co/lAzlhbRXjV

Integration by Table is the introductory chapter / method for many studies in Calculus 2. Here are four video tutorials that introduce the idea, and work through some examples. https://t.co/QVHdE4dWac

This tutorial works through another example problem where we find the solution of an integral using the method of U substitution. We substitute one part of the integrand with the letter U to reduce it to something that is easier to integrate. https://t.co/XqHZ0D035h

This tutorial works through an example problem where we find the solution of an integral using the method of U substitution. We substitute one part of the integrand with the letter U to reduce it to something that is easier to integrate. https://t.co/iAwzlFsaMf

This tutorial introduces the method of U substitution for solving integrals. We will substitute one part of the integrand with the letter U, to reduce it to something that is easier to integrate. https://t.co/TKGKubyK2y

This tutorial introduces goes over another example problem of how to solve an integral using the table method (aka, integration by table). https://t.co/5lLckFegSF

How to select the most favourable building foundation: https://t.co/RrGIqHYdT6 #civilengineering #structuralengineering #geotechnicalengineering #engineering #civilworks #foundationdesignsoftware #engineeringsoftware #engineeringdesignsoftware

This tutorial introduces goes over another example problem of how to solve an integral using the table method (aka, integration by table) https://t.co/Yu13aMWfDN

This tutorial introduces goes over an example problem of how to solve an integral using the table method (aka, integration by table).

In this video I share an integral table and run through an example of how to rearrange an integral to get a form that is in the table, which can then be directly substituted for the solution, as defined in the table. https://t.co/sKrCwpXjmB

This tutorial runs through a supermesh analysis example problem. You must use supermesh analysis if you are trying to solve a circuit problem with mesh analysis, but there is a current source between two loops (meshes). https://t.co/lmkifXA8ig

This tutorial introduces and explains supermesh analysis for circuits. You must use supermesh analysis if you are trying to solve a problem with mesh analysis, but there is a current source between two loops (meshes).

This tutorial runs through another full Mesh Analysis example problem with a voltage source, a current source, and 3 loops.