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@mrken_dogiadung: ✅👉Dung Dịch Vệ Sinh Oxyelle giúp làm sạch dịu nhẹ,th.e mát, lưu hương thơm dịu,giảm viêm n.hiễm nấm ngứa cô bé,khử mùi hịu quả👌💞🥰💕#MrKen #dungdichvesinh #dungdichvesinhphunu #ddvs #oxyelle

MrKen_DoGiaDung
MrKen_DoGiaDung
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Region: VN
Thursday 16 April 2026 01:33:00 GMT
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kimphuong_748
kim phượng :
dùng sạch dịu nhẹ
2026-04-16 03:42:26
0
thoaitran.250302
💎Shop Mẹ Bánh Bao💎 :
Ưng
2026-04-16 05:45:28
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haonguyen.568
HẢO NGUYỄN 568 :
Dùng ưng lắm luôn Á
2026-04-16 03:12:25
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nongnghiepxanh88f
Nông nghiệp xanh :
ưng lắm
2026-04-16 03:06:44
0
thuhuong.store1
Shop ThuHương🛒 :
Ưng nha
2026-04-16 03:06:33
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mai.kun70
Mai Kun :
Dùng ưng lắm ạ
2026-04-16 03:02:28
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tiktookshop93
TIỆM TRÀ NHÀ TÁO ☕️🍃 :
Dùng ok lắm
2026-04-16 03:28:24
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anhba8713679
SHOP TTC :
Dùng êm nha
2026-04-16 03:01:40
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kimduy0401
Di Di 🧢👒 :
Thơm dịu nhẹ ok lắm
2026-04-16 04:26:24
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huonggiang_16794
Giang Min (MẹDứaKem) :
ưng lắm nha
2026-04-16 04:36:20
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mechip_24
🎀 Mẹ Chíp 🎀 :
ưng
2026-04-16 04:06:51
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kimquyeen1812
Mẹ bé Bắp & Bo :
Sài ưng nhe
2026-04-16 03:18:22
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mekutin68
Mẹ kutin :
sản phẩm tốt sử dụng ưng
2026-04-16 03:19:40
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nhiphan
Nhi Nhi :
Dùng ok lắm ạ
2026-04-16 03:31:16
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n.shop799
nơ shop :
dùng sạch khô thoáng nha
2026-04-16 04:16:57
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0905baongoc
Bảo Ngọc 0905 :
dùng thích lắm nha
2026-04-16 03:09:52
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tui.xinh
Túi xinh 87 :
chốt đơn
2026-04-16 03:32:40
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tinh.gi47
Tình 🌻🌻🌻🌻 :
Rất ưng sp tốt
2026-04-16 01:33:31
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hashop011
hashop011 :
Ok lắm ne
2026-04-16 06:34:49
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bapdau222
Bắp Đậu :
Đã săn nha
2026-04-16 02:38:10
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mc.n47
Tiền Tỷ Shop :
Dùng êm lắm
2026-04-16 03:00:31
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xuan970707
☘️Xuân 97☘️☘️ :
Ưng nha
2026-04-16 02:58:07
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trangnguyen1_16
TrangnguyenBeauty🧏‍♀️ :
Dùng thích nha
2026-04-16 02:57:07
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kim.ngn7915
THỜI TRANG NAM NỮ :
mình vừa đặt
2026-04-16 02:44:10
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himm.000
Nhà Him nèe :
Chân ái
2026-04-16 01:36:14
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#рекомендации #айшолпан #CapCut


Let’s integrate sin(x) / x from 0 to infinity, known as the Dirichlet integral. The integrand, sin(x) / x, is the unnormalized sinc function sinc(x) that is crucial in electrical engineering, particularly in signal processing. In the frequency domain, an ideal “brick-wall” low-pass filter is a rectangular pulse. Taking the inverse Fourier transform of this rectangular pulse gives you a sinc function in the time domain. If you integrate the sinc function up to a variable t (which gives the Sine Integral, Si(t)), you get the step response of that ideal low-pass filter. The fact that the integral overshoots its final value before settling is the exact mathematical origin of the Gibbs phenomenon — that famous ringing artifact you see when approximating square waves with Fourier series. The sinc function does not have an elementary antiderivative. To solve the integral, we introduce a decay factor e^–(ax) to create a family of integrals I(a). Then, inspired by Feynman’s technique, we differentiate under the integral sign to cancel the problematic denominator. At this point, integrating by parts becomes possible. The final step is to integrate back to get I(a), and take the limit as a approaches 0 to evaluate our target integral. #math #calculus #engineering #integral #integration
Let’s integrate sin(x) / x from 0 to infinity, known as the Dirichlet integral. The integrand, sin(x) / x, is the unnormalized sinc function sinc(x) that is crucial in electrical engineering, particularly in signal processing. In the frequency domain, an ideal “brick-wall” low-pass filter is a rectangular pulse. Taking the inverse Fourier transform of this rectangular pulse gives you a sinc function in the time domain. If you integrate the sinc function up to a variable t (which gives the Sine Integral, Si(t)), you get the step response of that ideal low-pass filter. The fact that the integral overshoots its final value before settling is the exact mathematical origin of the Gibbs phenomenon — that famous ringing artifact you see when approximating square waves with Fourier series. The sinc function does not have an elementary antiderivative. To solve the integral, we introduce a decay factor e^–(ax) to create a family of integrals I(a). Then, inspired by Feynman’s technique, we differentiate under the integral sign to cancel the problematic denominator. At this point, integrating by parts becomes possible. The final step is to integrate back to get I(a), and take the limit as a approaches 0 to evaluate our target integral. #math #calculus #engineering #integral #integration
DJ dola dola kita salah dola versi reggae #djremixvi🎧🎧 #djremix #djslowbass
DJ dola dola kita salah dola versi reggae #djremixvi🎧🎧 #djremix #djslowbass
Decent place to host a trading event
Decent place to host a trading event
اما انا فكنتُ اريدُ رجلاً #مجرد_ذووقツ🖤🎼 #اكسبلورexplore
اما انا فكنتُ اريدُ رجلاً #مجرد_ذووقツ🖤🎼 #اكسبلورexplore

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