Triple Integral w/ Respect to x & y Help

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In summary, there is an expression given as an integral that involves the variable "y" and the integration variable "x". However, without more context or a complete problem statement, it is difficult to determine the exact meaning or purpose of this expression.
  • #1
NODARman
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Homework Statement
.
Relevant Equations
.
Hi, just wondering does this mean the triple integral of "y" with respect to "x"?
$$
\int \frac{d^{3} x}{y^{3}} .
$$
 
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  • #2
Without the benefit of the context, I would say a cautious "yes". Cautious because ##d^3x## is shorthand for ##dx_1~dx_2~dx_3## so there is no single variable of integration "x".
 
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  • #3
NODARman said:
Homework Statement:: .
Relevant Equations:: .

Hi, just wondering does this mean the triple integral of "y" with respect to "x"?
$$
\int \frac{d^{3} x}{y^{3}} .
$$
any context? bounds ? Complete problem statement ?
 
  • #4
Is y a function of position in three dimensions?
 
  • #5
BvU said:
any context? bounds ? Complete problem statement ?
haruspex said:
Is y a function of position in three dimensions?
I found it in a textbook, it's very general "equation".
 
  • #6
NODARman said:
I found it in a textbook, it's very general "equation".
What you posted is an expression, not an equation. What is the rest of it?
There must be some context or it would be meaningless.
 

What is a triple integral with respect to x and y?

A triple integral with respect to x and y is a mathematical operation that calculates the volume of a three-dimensional shape over a given region in the x-y plane. It is used in many fields of science, such as physics, engineering, and economics.

What is the difference between a double integral and a triple integral with respect to x and y?

A double integral with respect to x and y calculates the area of a two-dimensional shape over a given region in the x-y plane, while a triple integral with respect to x and y calculates the volume of a three-dimensional shape over a given region in the x-y plane.

How do you solve a triple integral with respect to x and y?

To solve a triple integral with respect to x and y, you must first determine the limits of integration for each variable (x, y, and z) and then evaluate the integral using the appropriate integration techniques, such as the method of slices or the shell method.

What are some real-world applications of triple integrals with respect to x and y?

Triple integrals with respect to x and y have many real-world applications, such as calculating the mass of an object with varying density, determining the center of mass of a three-dimensional object, and finding the volume of a solid with a curved base.

What are some common mistakes when using triple integrals with respect to x and y?

Some common mistakes when using triple integrals with respect to x and y include incorrect determination of the limits of integration, using the wrong integration technique, and forgetting to include all necessary variables in the integrand. It is important to carefully check all steps of the calculation to avoid these errors.

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