I think you mean "u" substitution in integration.
If an integral is too complicated to be solved using simple integration, part of the integral can be substituted for "u".
Here is an example:
∫8x(4x²+7)³dx
To solve this, you need a u substitution.
Let's let u=4x²+7
Now, we can't still have x's in the equation if there is the new variable of u, so we need to change dx into du. To do this, we differentiate u.
du=8xdx
Luckily, we have that 8x in the integral already.
After substituting the new u substitution in, the integral reads:
∫u³du
Now, all we need to do is integrate!
Once we integrate, we come up with u⁴/4 + C
However, we have to bring it back into terms of x. If you recall u=4x²+7, so let's back-substitute.
y = (4x²+7)⁴/4 + C
And there you go! A successful u substitution!
INTEGRATION
Tapered integration is partial integration and not full vertical integration. Therefore tapered integration is when a firm both makes and buys similar products or services.
integration
backward integration is a form of vertical integration in which firm's control of its inputs or supplies. forward integration is a form of vertical integration in which firm's control of its distribution.
integritas
Newton discover integration
integration started in 1954.
integration of (sinx)^1/2 is not possible.so integration of root sinx is impossible
Assuming integration is with respect to a variable, x, the answer is 34x + c where c is the constant of integration.
Integration by Parts is a special method of integration that is often useful when two functions.
Establishing a communication between 2 or more end systems, so that they can transfer the data is known as Integration. Types of integrations are: 1) Process based integration 2) Bulk data based integration Styles of integrations are: 1) File based integration 2) Data based integration 3) Message based integration 4) RPC based integration Regards, Varun SCJT team.
vertical