Estimate Square Roots in Seconds: Math Trick!
2:36
Estimate Square Roots in Seconds: Math Trick!
1.5M views5 months ago
TikTokaetherlogic0
Approximating π: Newton's Method Explained
1:02
Approximating π: Newton's Method Explained
903.3K viewsMar 14, 2024
TikTokhadi_sr
67 Method vs. Teacher's Method in Math Class
1:00
67 Method vs. Teacher's Method in Math Class
393.8K views9 months ago
TikTokhadi_sr
Approximating 11-1 Using Cube Roots in 35 Minutes
1:00
Approximating 11-1 Using Cube Roots in 35 Minutes
197.7K views8 months ago
TikTokhadi_sr
Revisiting Differential Equations with Professor Ewing
1:30
Revisiting Differential Equations with Professor Ewing
211.6K views8 months ago
TikTokwatch2go
Understanding 3D Taylor Approximations
0:15
Understanding 3D Taylor Approximations
129.4K views4 months ago
TikTokmathswithmuza
Riemann Sum Formula Explained
0:18
Riemann Sum Formula Explained
346.7K views7 months ago
TikTokaverageprepaenjoyer
0:13
Square Root of 80 Trick in Seconds 🤯 | Fast Math Shortcut #shorts #maths
16.9K views1 month ago
YouTubecodematrixvishal
0:59
Rounding 486 to the Nearest Ten: A Simple Guide
43.3K views4 months ago
TikTokmathswithmaureen
0:55
3-4 Questions Will Come From Approximation! Abhinay Sharma #shorts #ytshorts #ssc #ssccgl
37.1K views1 month ago
YouTubeMaths Concepts By Abhinay Sharma
1:06
3 Approximation
7K views1 month ago
YouTubeThe Unqualified Tutor
0:15
Fourier Series Animation Explained | Square Wave Approximation with Epicycles #math #fourierseries
24K views2 weeks ago
YouTubecodematrixvishal
1:00
Don’t look away from the board 😵‍💫 Approximating 64-3. Time spent: ~61/2 minutes. #math #mathematics #approximation #foryoupage #61
863.9K views8 months ago
TikTokhadi_sr
1:00
Aproximando 2025 1: Raiz Quadrada e Cálculos
58.2K views6 months ago
TikTokhadi_sr
0:22
Understanding Riemann Approximation of an Integral
29.1K views5 months ago
TikTokak.math.hub
0:22
Easier Unit Conversions: Round Up to 0.8
24.8K views3 months ago
TikToknationaesthetic
0:34
The discrete dipole approximation (DDA), also known as the coupled dipole approximation, is a numerical method for computing the scattering and absorption of electromagnetic radiation by particles of arbitrary shape and composition. The method represents a continuum target as a finite array of small, polarizable dipoles, and solves for their interactions with the incident field and with each other. DDA can handle targets with inhomogeneous composition and anisotropic material properties, as well
9.9K views4 months ago
TikToktheblurchive
See more
Static thumbnail place holder