Are you looking for the best YouTube channels to help you understand and master mathematics? Look no further! In this guide, we have compiled some of the best YouTube channels that focus on topics such as differential equations, mathematics, calculus, algebra, education, physics, maths, geometry, and science. Keep reading to learn more about each channel and how it can help you improve your math skills!
Differential equations: Top Youtube Channels
The patrickJMT YouTube channel is a great resource for free math help, focusing primarily on calculus, differential equations, and test prep, targeting high school students. The channel provides step-by-step tutorials and examples by experienced tutor PatrickJMT, making it an excellent learning and practice tool.
The Math Tutor
The Math Tutor is a YouTube channel that offers viewers a wealth of instructional videos on mathematical topics, ranging from calculus and trigonometry to differentials equations, sequences and series. It is an excellent resource for anyone looking to improve their understanding and skills in mathematics.
Dr. Trefor Bazett
Dr. Trefor Bazett's YouTube channel covers a range of mathematical topics, including differential equations, discrete math, conditional probability, and multivariable calculus. Through his videos, Dr. Bazett provides detailed explanations of mathematical concepts and solutions to test problems. He strives to make mathematics accessible and engaging for all levels of education.
The Math Sorcerer
The Math Sorcerer YouTube channel is a great resource for advanced math topics. It covers topics like infinite series, abstract algebra, advanced calculus, math proofs, integration by parts, integration by substitution, product rule, and differential equations. It is a great way to supplement your studies and master calculus 1.
STEM Teacher PH
STEM Teacher PH is a YouTube channel dedicated to engaging senior high school students in mathematics, science, engineering, and technology (STEM) by providing tutorial videos on differential equations and utilizing educational technology. Through this channel, viewers can gain proficient knowledge on differential equations and learn the essential basics of STEM.
Michael Penn's YouTube channel provides educational videos on topics related to mathematics, such as differential equations, number theory, abstract algebra, linear algebra and more. He also presents his own insights while teaching at Randolph College. Students of all levels can benefit from his videos on Michael Penn's channel.
Houston Math Prep
Houston Math Prep is a YouTube channel for anyone seeking math tutorials, practice and instruction with a specific focus on Calculus 1, Calculus 2, Calculus 3, Algebra, Differential Equations and Statistics. The channel provides easy to follow visual guides and demonstrations that are ideal for beginners and advanced learners alike. With Houston Math Prep, you'll have the tools to reinforce your understanding of mathematics and have a better chance at success with your math courses.
Exploring the Concepts Behind Differential Equations
Differential equations are a type of mathematical equation that relates several related functions and variables. In a general sense, differential equations describe how the rate of change of one variable is affected by other variables around it. They are used to model a wide range of complex phenomena that depend on the rate of change of other related variables.
The underlying concept behind a differential equation is to repackage a problem into an equation that expresses the relationships between the variables in a more efficient manner. By doing this, it is often possible to solve the equation and find the values of the variables that satisfy the problem conditions. This can lead to new insights into the phenomenon being modelled which are not immediately obvious from the problem conditions themselves.
By constructing a differential equation, it is possible to design equations that accurately model a wide variety of physical phenomena. These equations can then be used to study the underlying processes at work and gain further insight into the phenomenon being studied. For example, differential equations are used in the field of engineering to design sophisticated engineering models and predict the behaviour of complex physical systems. As such, exploring the concepts behind differential equations is a crucial step in understanding and developing the applications for them.