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The multiple integral is a generalization of the definite integral with one variable to functions of more than one real variable. For definite multiple integrals, each variable can have different limits of integration. In single-variable calculus, differentiation and integration are thought of as inverse operations.
Multiple integrals enable mathematicians, scientists, physicists, and engineers to compute average values and sums over multiple dimensions in one math problem. Whatever calculations the single integral can do in one dimension, the multiple integral can do in multiple dimensions.
If you mean integrating two functions and multiplying them, sure, you could do that. If you mean multiplying the integral symbol with itself, no, thats not a defined operation.
Double integrals are a way to integrate over a two-dimensional area. Among other things, they lets us compute the volume under a surface.
multiple integral, In calculus, the integral of a function of more than one variable. As the integral of a function of one variable over an interval results in an area, the double integral of a function of two variables calculated over a region results in a volume.

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If the upper bound of one definite integral is the same as the lower bound of another, we can simply consolidate them into one integral like Sal did. If we eyeball the graph, it looks like the area from -4 to -2 is about -3.5, and it looks the same for the area from -2 to 0. We can add these (-3.5 + (-3.5)), to get -7.
In mathematics (specifically multivariable calculus), a multiple integral is a definite integral of a function of several real variables, for instance, f(x, y) or f(x, y, z). Integral as area between two curves.
4:40 18:02 Anti-derivative. Those of you who have had multi-variable calculus might see where this is going aMoreAnti-derivative. Those of you who have had multi-variable calculus might see where this is going a nested double integral represents the volume of a certain three-dimensional solid.

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