Replying to @sonukg4india
x sin³ θ + y cos³ θ - sin θ cos θ = 0
x sin³ θ + ( x tan θ ) cos³ θ - sin θ cos θ = 0
x sin³ θ + x ⋅ sin θ / cos θ ⋅ cos³ θ - sin θ cos θ = 0
x sin³ θ + x sin θ cos² θ - sin θ cos θ = 0
x sin θ ( sin² θ + cos² θ ) - sin θ cos θ = 0
x sin θ ( sin² θ + cos² θ ) - sin θ cos θ = 0
sin² θ + cos² θ = 1
x sin θ - sin θ cos θ = 0
sin θ ( x - cos θ ) = 0
x = cos θ
( cos θ ) ⋅ sin θ = y cos θ
y = sin θ
x² + y² = cos² θ + sin² θ = 1
x² + y² = 1
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Replying to @sonukg4india
³√64 = 4 , 4³ = 64
√ x = x → x = 1
√ x = 4x → x = 1 / 16
√x = x⁴ → x = 1
64¹ᐟ³ = ( 4³ )¹ᐟ³ = 4³ᐟ³ = 4¹ = 4
64 = 2⁶ = ( 2² )³
2² = 4
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Türkiye Sineması : VPN aracılığıyla erişilen, dar bütçeli ve yüksek getiri odaklı üretim modeline sahip, düşük nitelikli türbanlı OnlyFans içeriklerinin yoğun yer aldığı; “Türkiye Yüzyılı”nın resmi kültürel ve sanatsal çıktısı olarak konumlandırılan görsel-işitsel alandır.
In military education the Clausewitzian trinity is still commonly reduced to a simple institutional triad of people, army, and government. That formulation is convenient for instructional purposes, yet it reverses the actual order of Clausewitz’s argument in Book I, Chapter 1 of On War.
What he presents is first a set of three interacting tendencies that he regards as inherent in war as a whole: the primordial violence, hatred, and enmity that operate as a blind natural force; the play of chance and probability within which creative spirit can move freely; and the subordination of war to policy that subjects it to reason. Only after defining these abstract forces does he observe that the first “mainly concerns” the people, the second the commander and his army, and the third the government. The social actors are therefore the primary spheres in which the tendencies manifest, not the trinity itself.
Clausewitz’s point is that any theory which privileges one tendency over the others, or treats their relationship as fixed, will immediately conflict with reality. The three forces remain in continuous, variable tension like an object suspended between three magnets and the particular character of any given war is shaped by the shifting balance among them.
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107
Replying to @GZsgallos2007
BMPT terminator
It could have been great for the Beslan school siege. Terminator wasn't there, though, because it wasn't ready yet. 🤣🤣
1
465
Replying to @sonukg4india2
∫ ( 3 sinh u )⁴ / 3 cosh u ⋅ 3 cosh u du = 81 ∫ sinh⁴ u du
sinh⁴ u = ( cosh 2u - 1 / 2 )² = 1/8 cosh 4u - 1/2 cosh 2u + 3/8
u = sinh⁻¹( x / 3 )
∫ x⁴ / √(x² + 9) dx = x³√(x² + 9)/4 - 27x√(x² + 9)/8 + 243/8 sinh⁻¹( x / 3 ) + C
sinh ⁻¹( x / 3 ) = ln ( x/3 + √( (x/3)² + 1 ) )
269
Replying to @Kalshi
that famous, thousand year old honey trap that never grows old...
Replying to @sonukg4india
ln a = ln ( 8ˣ ) - ln ( 4ʸ ) = x ln 8 - y ln 4
ln 8 = ln ( 2³ ) = 3 ln 2 , ln 4 = ln ( 2² ) = 2 ln 2
ln a = x ⋅ ( 3 ln 2 ) - y ⋅ ( 2ln 2 ) = ln 2 ⋅ ( 3x - 2y )
ln a = ln 2 ⋅ 5 = 5 ln 2
a = e ⁵ ˡⁿ ² = ( e ˡⁿ ² ) ⁵ = 2⁵ = 32
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318
Replying to @PicturesUssr
Lenin looks like he’s saying, u know why those who read and truly understand das capital become capitalists, my sweet girl
85
Replying to @sonukg4india
log ( eˣ cos x ) = x + log ( cos x )
sin x - x - log ( cos x ) / x sin x
sin x - x / x sin x - log ( cos x ) / x sin x
lim x → 0 sin x - x / x³ = - 1 / 6
sin x − x / x sin x = sin x − x / x³ ⋅ x² / sin x → 0
- log ( cos x ) / x sin x = - log ( cos x ) / x² ⋅ x / sin x
cos x - 1 ∼ - x² / 2 → u = cos x - 1 → 0
log ( cos x ) / x² = log ( 1 + u ) / u ⋅ ( cos x - 1 ) / x²
log ( 1 + u ) / u → 1
( cos x - 1 ) / x² → - 1 / 2
log ( cos x ) / x² → - 1 / 2
- ( - 1 / 2 ) ⋅ 1 = 1 / 2
1
1,021
Replying to @TigerGeometerrr
( 30°-30°-30° )
30° = 1
60° = √3
hypotenuse = 2
√3
----- =
3√3
🟩 1
---- = ---
🟨 3
1
99
Replying to @Quizmania0
BA=BC=R
∠ABC=90 ∘
AC = √2R
( √2R)² ) = ( 2√3 + √5)² + (2√3 - √5)² = 34
R² = 17 → x =2R = 2√17
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