How Much Math Is In Electrical Engineering?
0:58
How Much Math Is In Electrical Engineering?
645.8K viewsApr 25, 2025
TikTokdestinationinternship
Mathematics in Electrical Engineering: Key Uses
1:18
Mathematics in Electrical Engineering: Key Uses
291K viewsApr 30, 2025
TikTokfuturecheme
Understanding the Smith Chart in Electrical Engineering
0:07
Understanding the Smith Chart in Electrical Engineering
361.8K viewsSep 12, 2024
TikTokmathineer
Superposition Theorem in Circuit Analysis: Worked Example
2:56
Superposition Theorem in Circuit Analysis: Worked Example
61K views2 months ago
TikTokelectricalmath
Exploring the Dirichlet Integral: Sine Integral and Sinc Function
4:41
Exploring the Dirichlet Integral: Sine Integral and Sinc Function
58.4K views2 months ago
TikTokelectricalmath
Solve Integrals in 1 Minute: U-Substitution & Integration by Parts
1:32
Solve Integrals in 1 Minute: U-Substitution & Integration by Parts
86.5K views1 month ago
TikTokelectricalmath
Exploring the Mistake in Euler's Number Proof
2:29
Exploring the Mistake in Euler's Number Proof
102.8K views6 months ago
TikTokelectricalmath
1:31
Day 6 of surviving the FE exam ⚡️ This electric circuits problem can look complicated, but it’s really just pattern recognition 🧐 Learn how to simplify series and parallel resistors fast so you don’t waste time on exam day 🙌 These are easy points if you stay efficient 📝 If you’re in intro to engineering or reviewing for the FE, this is exactly the type of question you need to master 📚 Save this for later, you will see this again💡 #engineeringstudent #engineeringmajor #electricalengineering
53.4K views2 months ago
TikTokluna_vlab
2:47
ElectricalMath on Instagram: "Phasors are complex numbers that represent sinusoidal signals in terms of magnitude and phase. Phasors have very important applications in circuit analysis, as they simplify solving AC circuits by converting differential equations into algebraic ones. #math #engineering #electrical #electricalengineering"
59.9K views8 months ago
Instagramelectricalmath
2:57
Let’s solve this op amp circuit analysis exercise together: find the current i_x and the power absorbed by the 20 kΩ resistor. #electrical #electricalengineering #electronics
12.7K views2 months ago
TikTokelectricalmath
2:03
Inverse Laplace Transform Explained in 2 Minutes
19.6K views4 months ago
TikTokelectricalmath
3:46
Electrical Engineering Boards April 2024 Exam Insights
55.6K viewsApr 5, 2025
TikTokisaiahjamesmaling
2:48
Let’s find the transfer function for this translational mechanical system. Here, we have a mass-spring-damper system. It is clear that the input is the force 𝑓(𝑡) and the output is the displacement 𝑥(𝑡). The restoring force of the Hookean spring, along with the viscous damping force, impede the motion brought about by the forcing function 𝑓(𝑡). By drawing a free-body force diagram, we can use Newton’s Second Law to set up a second-order differential equation which formulates a dynamic mode
30.8K views1 month ago
TikTokelectricalmath
2:59
Calculating Resistor Value for 45 Degree Phase Lag
21.6K views3 months ago
TikTokelectricalmath
2:26
Finding Closed-Loop Transfer Function in Control Systems
40.6K views3 months ago
TikTokelectricalmath
0:52
#ingenieria #electrical #física #matematicas
13.9K views1 month ago
YouTubeJCS Math
2:52
Calculating Power Factor in Electrical Circuits
29.1K views2 months ago
TikTokelectricalmath
0:28
Engineering in Electrical and Mechatronics Basics
15.2K views2 months ago
TikTokbytecircuit
2:06
Solve This Math Olympiad Problem: Find x^3 1/x^3
55.5K views7 months ago
TikTokelectricalmath
2:59
Control Systems: Finding Steady-State Values
47.6K views4 months ago
TikTokelectricalmath
21:00
AC Circuits: Nodal Analysis Problem 1 Explained
3.8K views2 months ago
TikTokenginerdmath
2:03
Understanding Kirchhoff’s Voltage Law in 2 Minutes
12.7K views7 months ago
TikTokelectricalmath
1:47
Understanding the Fundamental Theorem of Calculus
16K views3 months ago
TikTokelectricalmath
2:59
Let’s find the magnitude frequency response of this RL circuit to determine what type of filter it operates as. We’ll start by converting the circuit to the 𝑠 domain and evaluating its transfer function 𝐻(𝑠). To study the frequency response, we’ll replace 𝑠 by 𝑗𝜔 and find the magnitude frequency response |𝐻(𝑗𝜔)|. Looking at the graph, we see a low-pass filtering effect. An ideal low-pass filter looks like a brick wall — a cutoff frequency before which there is a flat gain of 1 and after
2.2K views2 months ago
TikTokelectricalmath
3:35
Understanding Complex Numbers: Simplifying i³⁹
11.5K views11 months ago
TikTokisaiahjamesmaling
2:48
Equal Energy in RLC Circuit: Calculation Guide
8.1K views9 months ago
TikTokelectricalmath
1:33
Understanding Complex Numbers in Rectangular Form
12K views1 year ago
TikTokelectricalmath
0:54
Electrical Engineering Design Explained: Motor Control Basics
33.3K viewsNov 24, 2022
TikTokbeeautomation
1:50
Professional Electrical Engineering Formula Flashcards
3.3K views4 months ago
TikTokenginerdmath
See more
Static thumbnail place holder