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Khánh Hương Ninh Hiệp

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Thursday 17 September 2026 11:50:58 GMT

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Gái họ Lương 17b8 :

Trang xinh thía nhỉ

2026-09-18 14:52:28

1

H.Ttrangg :

cj ơi xinh thí

2026-09-18 05:44:31

1

Quynh Anh Trang NINH HIỆP 🍒 :

Em có lẻ quầy khách nhắn em ạ🥰🥰🥰

2026-09-17 13:00:01

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Quynh Anh Trang NINH HIỆP 🍒 :

@Quynh Anh Trang NINH HIỆP 🍒: Em có lẻ quầy khách nhắn em ạ🥰

2026-09-18 12:27:32

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Phạm Hồng Thy278 :

Đợt này trang gầy hơn thì phải

2026-09-18 18:09:27

0

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Which row is the fundamental theorem of calculus? The single-variable (Riemann) integral of f over an interval is the signed area between the graph of f and the x-axis. The Lebesgue integral measures the same quantity by partitioning the range instead of the domain: it integrates the measure of the set where f exceeds each level y. For the function shown, both equal 13.72. The line integral of a vector field F along a curve C adds up the tangential component F.T over the length of the curve; for a force field it is the work done along the path. The double integral adds up a function over a plane region D. Green's theorem states that the line integral of F around a closed curve equals the double integral of (curl F).k over the region it encloses. Here both equal 6.22. The flux (surface) integral of F over a surface S measures the rate at which the field passes through S, from the normal component F.n. The triple integral adds up a function over a solid region E, such as a density to give a mass. The divergence theorem states that the outward flux through a closed surface equals the triple integral of div F over the solid inside. Here both equal 7.54. #math #calculus #mathstudent #mathtok #manim

Which row is the fundamental theorem of calculus? The single-variable (Riemann) integral of f over an interval is the signed area between the graph of f and the x-axis. The Lebesgue integral measures the same quantity by partitioning the range instead of the domain: it integrates the measure of the set where f exceeds each level y. For the function shown, both equal 13.72. The line integral of a vector field F along a curve C adds up the tangential component F.T over the length of the curve; for a force field it is the work done along the path. The double integral adds up a function over a plane region D. Green's theorem states that the line integral of F around a closed curve equals the double integral of (curl F).k over the region it encloses. Here both equal 6.22. The flux (surface) integral of F over a surface S measures the rate at which the field passes through S, from the normal component F.n. The triple integral adds up a function over a solid region E, such as a density to give a mass. The divergence theorem states that the outward flux through a closed surface equals the triple integral of div F over the solid inside. Here both equal 7.54. #math #calculus #mathstudent #mathtok #manim

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