Видео

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03:07 what 😭

"rrrrock me Amadeus"

A BLACK BEAR?!🖤

2:31 Don’t we all

0:05 what is that music

so many of these compilations include the context, you are a saint for legitimately discluding it

0:07 HELP WHATTTT

2:17

no wonder he retired

4:33 Mr vice president… Mr Madison… senator Bur . . . What is this

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every edgy youruber: 2:27

I should point out that at least half of these were from FNAF or other simnilar games with secret horror lore.

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og matpat had no filter 💀

My mom walked in my room at 3:58

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“Ice Bear brutally destroyed context”

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3:00 "MAT STAWP OUR ROADS ARE FALLING APART!" thats what i would have said XD we will miss u Matt lol.

anyone else watching this after matpat left?

2:03 I'll be using this phrase forever now thank you

"We Know" playing at the end was rather ominous.

0:53 Kokarot sounds like an sti

2X speed all the way + captions

2X speed all the way + captions

You did not just put a Hamilton song for the outro. I know which one too! We know. That’s actually really cool, props to you my dude..a full year later.

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Science is fluorine uranium nitrogen

2:26 which video is this from?

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0:22 “Do we get extra points for eating the sticks?” *Lightbulb can confirm*

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Does anyone know which video the thumbnail is from?

i think he has a thing for william afton......

Reference space & time, mechanics, thermal physics, waves & optics, electricity & magnetism, modern physics, mathematics, greek alphabet, astronomy, music Style sheet These are the conventions used in this book. Vector quantities (F, g, v) are written in a bold, serif font - including vector quantities written with Greek symbols (α, τ, ω). Scalar quantities (m, K, t) and the magnitudes of vector quantities (F, g, v) are written in an italic, serif font - except for Greek symbols (α, τ, ω), which use a roman serif font. Mathematical symbols use a roman, serif font (½, +, √, cos) - except when they are applied to calculations with units. Units are written with a roman, sans-serif font (m, N, ℃) as are mathematical operations with numbers and units (7 kg × 10 m/s ÷ 3 s = 23.3 N). Symbols for physical quantities and their international units Space & Time symbol quantity symbol SI unit r, r position, separation, radius, radius of curvature m meter s, s displacement, distance m meter θ, φ, θ, φ angle, angular displacement, angular separation, rotation angle rad radian x, y, z cartesian coordinates m meter î, ĵ, k̂ cartesian unit vectors unitless r, θ, φ spherical coordinates m, rad meter, radian r̂, θ̂, φ̂ spherical unit vectors unitless ρ, φ, z cylindrical coordinates m, rad meter, radian ρ̂, φ̂, ẑ cylindrical unit vectors unitless n̂ normal unit vector unitless t̂ tangential unit vector unitless h height, depth m meter ℓ, L length m meter d distance, separation, thickness m meter t thickness m meter D diameter m meter C circumference m meter A, A area, cross-sectional area, projected area, surface area m2 square meter V volume m3 cubic meter t time, duration s second T period, periodic time s second τ time constant s second f frequency Hz hertz ω angular frequency rad/s radian per second Mechanics symbol quantity symbol SI unit v, v velocity, speed m/s meter per second a, a acceleration m/s2 meter per second squared ac, ac centripetal acceleration, centrifugal acceleration m/s2 meter per second squared g, g gravitational field, acceleration due to gravity m/s2 meter per second squared m mass kg kilogram F, F force N newton Fg, W, W force of gravity, weight N newton Fn, N, N normal force, normal N newton Ff, fs, fk force of friction (static, kinetic) N newton μs, μk coefficient of friction (static, kinetic) unitless p, p momentum kg m/s kilogram meter per second J, J impulse N s newton second W work J joule E energy, total energy J joule K, Kt, Kr kinetic energy (translational, rotational) J joule U, Ug, Us potential energy (gravitational, spring) J joule Vg gravitational potential J/kg joule per kilogram η efficiency unitless P power W watt ω, ω rotational velocity, rotational speed rad/s radian per second α, α rotational acceleration rad/s2 radian per second squared τ, τ torque N m newton meter I moment of inertia kg m2 kilogram meter squared L, L angular momentum kg m2/s kilogram meter squared per second H, H angular impulse N m s newton meter second k spring constant N/m newton per meter P pressure Pa pascal σ normal stress Pa pascal τ shear stress Pa pascal ρ density, volume mass density kg/m3 kilogram per cubic meter σ area mass density, superficial mass density kg/m2 kilogram per square meter λ linear mass density kg/m kilogram per meter FB, B, B buoyancy, buoyant force N newton qm mass flow rate kg/s kilogram per second qV volume flow rate m3/s cubic meter per second FD, R, R drag, aerodynamic drag, air resistance N newton C, CD drag coefficient, coefficient of drag unitless η viscosity, dynamic viscosity Pa s pascal second ν kinematic viscosity m2/s square meter per second Ma mach number unitless Re reynolds number unitless Fr froude number unitless E young's modulus, modulus of elasticity Pa pascal G shear modulus, modulus of rigidity Pa pascal K bulk modulus, modulus of compression Pa pascal ε linear strain unitless γ shear strain unitless θ volume strain unitless γ surface tension N/m newton per meter Thermal Physics symbol quantity symbol SI unit T temperature K kelvin α linear expansivity, coefficient of linear thermal expansion K−1 inverse kelvin β volume expansivity, coefficient of volume thermal expansion K−1 inverse kelvin Q heat J joule c specific heat, specific heat capacity J/kg K joule per kilogram kelvin L latent heat, specific latent heat J/kg joule per kilogram n amount of substance mole N number of particles unitless P heat flow rate W watt k thermal conductivity W/m K watt per meter kelvin ε emissivity unitless U internal energy J joule S entropy J/K joule per kelvin w ways, number of identical microstates unitless COP coefficient of performance unitless Waves & Optics symbol quantity symbol SI unit λ wavelength m meter v, c wave speed m/s meter per second I intensity W/m2 watt per square meter L level dB, dNp decibel, decineper n index of refraction, absolute index of refraction unitless f focal length m meter M magnification unitless Electricity & Magnetism symbol quantity symbol SI unit q, Q charge, electric charge C coulomb ρ charge density, volume charge density C/m3 coulomb per cubic meter σ area charge density, superficial charge density C/m2 coulomb per square meter λ linear charge density C/m coulomb per meter FE, FE electric force, electrostatic force N newton E, E electric field N/C, V/m newton per coulomb, volt per meter ΦE electric flux N m2/C, V m newton meter squared per coulomb, volt meter U, UE potential energy, electric potential energy J joule V, VE voltage, potential, electric potential V volt ℰ electromotive force, emf V volt C capacitance F farad κ dielectric constant unitless I current, electric current A ampère R, r resistance, electrical resistance, internal resistance Ω ohm ρ resistivity Ω m ohm meter G conductance S siemens σ conductivity S/m siemens per meter FB, FB magnetic force N newton B, B magnetic field T tesla ΦB magnetic flux Wb weber N number of turns unitless n turns per unit length, turns density m−1 inverse meter η energy density J/m3 joule per cubic meter S, S poynting vector, intensity W/m2 watt per square meter Modern Physics symbol quantity symbol SI unit γ lorentz factor, lorentz gamma unitless φ work function J joule ψ(r,t), ψ(r)φ(t) wave function unitless T½ half life s second D dose, absorbed dose Gy gray H equivalent dose Sv sievert E effective dose Sv sievert wR radiation weighting factor unitless wT tissue weighting factor unitless Miscellaneous symbols Mathematical symbols and notation symbol description + plus, add, sum, positive − minus, subtract, difference, negative ± uncertainty, error, plus-minus · multiply, dot, dot product, scalar product × multiply, cross, cross product, vector product ÷, / divide x2 square x3 cube √ square root, root, radical ∛ cube root 1 x , x−1 invert, reciprocal = equal to, equality ≈ approximately equal to ∝ proportional to ≠ not equal to, inequality ~ on the order of < less than > greater than ≤ less than or equal to ≥ greater than or equal to ≪ much less than ≫ much greater than ⇒, ⇐ logical implication ⇔ logical equivalence → approaches … and so on ∴ therefore f(x) function sin sine cos cosine tan tangent sinh hyperbolic sine cosh hyperbolic cosine tanh hyperbolic tangent x̂ unit vector, x hat ∥ parallel ⟂ perpendicular x mean, average, antiparticle, x bar x̃ median, supersymetric particle, x tilde ⟨⟩ time average, ensemble average, bracket p(x) probability distribution, probability density function ∆ increment, change, delta d differential, d ∂ partial differential, d partial, del ẋ time rate of change, first derivative with respect to time, x dot ẍ second derivative with respect to time, x double dot x⃛ third derivative with respect to time, x triple dot ∇ gradient, grad, del, nabla ∇ · divergence, div, del dot ∇ × curl, del cross ∇2 laplacian, del squared ∑ summation, sigma ∫ integral ∬ double integral ∭ triple integral ∮ contour integral ∯ surface integral ∰ volume integral ∞ infinity ℵ0 transfinite number, aleph null Greek alphabet (with variants) letter English name letter English name Α, α alpha Ν, ν nu Β, β, ϐ beta Ξ, ξ xi Γ, γ gamma Ο, ο omicron Δ, ∆, δ delta Π, ∏, π, ϖ pi Ε, ε, ϵ epsilon Ρ, ρ, ϱ rho Ζ, ζ zeta Σ, ∑, σ, ς sigma Η, η eta Τ, τ tau Θ, ϴ, θ, ϑ theta Υ, υ upsilon Ι, ι iota Φ, φ, ϕ phi Κ, κ, ϰ kappa Χ, χ chi Λ, λ lambda Ψ, ψ psi Μ, μ, µ mu Ω, Ω, ω omega Astronomical symbols symbol celestial body symbol constellation ☉ Sun ♈ Aries ☿ Mercury ♉ Taurus ♀ Venus ♊ Gemini ♁ Earth ♋ Cancer ☽, ☾ Moon ♌ Leo ♂ Mars ♍ Virgo ♃ Jupiter ♎ Libra ♄ Saturn ♏ Scorpius ♅, ⛢ Uranus ♐ Sagittarius ♆ Neptune ♑ Capricorn ♇, ⯓ Pluto ♒ Aquarius ⚳ Ceres ♓ Pisces Musical symbols symbol name ♭ flat, semitone lower ♮ natural, no semitone adjustment ♯ sharp, semitone highe

Its so out of context I love it. 😂

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0:39 this is surprisingly in context

4:00 unrealistic. We all owe him much more than that 😰

Hey, Apr. 18th! My birthday!

4:33 as a newly converted theater kid, I got super excited.

1:30 HELP I CANT 😭😭

Whats the name of the second video??