the mathematical form r^2e^-ar occurs very often in quantum chemistry
the mathematical form r^2e^-ar occurs very often in quantum chemistry. Find the anti-derivative,
F(r) = r^2e^ar dr
where a=2/a0
F(r) = r^2e^ar dr
where a=2/a0
(edited 10 months ago)
Quick Reply
Related discussions
- Worried about studying Chemistry at UNI
- Further math vecotr question
- Which engineers use university-level education regularly?
- New Spec A Level Sequences
- Core pure AS maths: Series
- Chemical engineering maths hard ?
- How much of the course do labs take up for Chemistry at Imperial College London
- Dissociation chemistry
- Epq computer science HELP
- Maths or Chemistry Degree?
- A2 Sequence and Series
- C2 Series Help Please
- Catalyst: iodide and peroxodisulphate ions
- Geometric Sum proof
- Which Physics Course to Study?
- Can someone help me with what this means?
- Need Help on an Electrochem Q
- I want to study both chemistry and physics at imperial college london
- Chemistry half equations
- Physics or Computer science?
Latest
Trending
Last reply 1 week ago
Im confused about this chemistry question, why does it form these productsTrending
Last reply 1 week ago
Im confused about this chemistry question, why does it form these products
