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nysnacc
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Homework Statement
Homework Equations
spherical Jacobean
The Attempt at a Solution
I have (sorry, have to capture my work, too hard to type)
then the integration of p3 ep2 = 1/2 ep2 (p2-3/2) ??
nysnacc said:Homework Statement
View attachment 106917
Homework Equations
spherical Jacobean
The Attempt at a Solution
I have (sorry, have to capture my work, too hard to type)
View attachment 106918
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Your material is NOT too hard to type; you just need to learn how to use LaTeX. That does take some effort, though.
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then the integration of p3 ep2 = 1/2 ep2 (p2-3/2) ??
nysnacc said:π/8 not πe/8 ?
Triple integration over a portion of a sphere is a mathematical technique used to calculate the volume of a three-dimensional shape that is a portion of a sphere. It involves integrating a function over three variables, typically x, y, and z, to determine the volume of the shape.
The triple integral for a portion of a sphere is typically set up in spherical coordinates, where the three variables are r, θ, and φ. The limits of integration for each variable are determined based on the boundaries of the shape being integrated over.
The formula for calculating the triple integral over a portion of a sphere is ∭f(r, θ, φ) r² sin φ dr dθ dφ, where f(r, θ, φ) is the function being integrated and the limits of integration are determined based on the boundaries of the shape.
Triple integration over a portion of a sphere has many real-world applications, including calculating the volume of objects such as water tanks, spherical containers, and even planets. It is also used in physics and engineering for calculating the moment of inertia and center of mass for spherical objects.
One of the main challenges in performing triple integration over a portion of a sphere is setting up the correct limits of integration. Since the shape is a portion of a sphere, the boundaries can be complex and require careful analysis to determine the correct limits. Additionally, the triple integral can become very complicated and difficult to solve for more complex shapes, requiring advanced mathematical techniques and computing power.