Integrating the Exponential Function with a Polynomial Denominator

Thread starter shinkansenfan
Start date Apr 28, 2010

In summary, "An easy integration,thanks" is a phrase commonly used to express appreciation for a seamless combination or connection between two or more things. As a scientist, this can benefit you by making your research more efficient and allowing for the easy combination of data, methods, and theories. Examples of "An easy integration,thanks" in science include the integration of different disciplines and data sources. However, achieving this type of integration in science can be challenging due to the complexity of data and methods, differences in terminology and standards, and the need for collaboration. To promote "An easy integration,thanks" in their work, scientists can actively seek collaboration, use standardized methods and data formats, and promote open science practices.

Apr 28, 2010

shinkansenfan

integrate (e^x)/((3-e^x)^2)

thanks very much.

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Apr 28, 2010

rock.freak667

Homework Helper

shinkansenfan said:

integrate (e^x)/((3-e^x)^2)

thanks very much.

Try a substitution such as u=3-e^x

Apr 28, 2010

shinkansenfan

thanks!

1. What is "An easy integration,thanks"?

"An easy integration,thanks" is a phrase that is commonly used to express appreciation for a seamless combination or connection between two or more things. It can refer to the integration of software or systems, as well as the integration of ideas or concepts.

2. How does "An easy integration,thanks" benefit me as a scientist?

As a scientist, "An easy integration,thanks" can benefit you by making your research and experiments more efficient and effective. It allows you to easily combine different data, methods, or theories to gain new insights and make new discoveries.

3. Can you give an example of "An easy integration,thanks" in science?

One example of "An easy integration,thanks" in science is the integration of different scientific disciplines, such as biology and chemistry, to better understand complex biological processes. Another example is the integration of various data sources, such as satellite imagery and ground observations, to study climate change.

4. What are the challenges of achieving "An easy integration,thanks" in science?

The challenges of achieving "An easy integration,thanks" in science include the complexity of data and methods, differences in terminology and standards, and the need for collaboration and communication among scientists from different disciplines.

5. How can scientists promote "An easy integration,thanks" in their work?

Scientists can promote "An easy integration,thanks" in their work by actively seeking out and collaborating with researchers from other fields, using standardized methods and data formats, and promoting open science practices that encourage sharing and integration of data and ideas.