How does the intensity of spectral lines depend on the population of the initial energy level (related to n) and the transition probability?
In Stock
$34.99
$29.99
Shipping and Returns Policy
- Deliver to United States » Shipping Policy «
- - Shipping Cost: $5.99
- - Handling time: 2-3 business days
- - Transit time: 7-10 business days
- Eligible for » Returns & Refund Policy « within 30 days from the date of delivery
Find similar items here:
what is n in chemistry
- Why do outer electrons experience a weaker effective nuclear charge than inner electrons?
- How does the concept of resonance describe the delocalization of electrons in some molecules, and do these delocalized electrons occupy molecular orbitals formed from atomic orbitals with similar n values?
- How does the understanding of electron configurations (based on n) help predict the common oxidation states of elements?
- In energy storage devices like batteries and fuel cells, how do the electrochemical reactions involve the transfer of electrons between species with different electronic energy levels (related to n)?
- How does the convergence limit of a spectral series relate to ionization energy and n?
- How does doping a semiconductor introduce impurities with energy levels within the band gap, affecting the material's conductivity by changing the population of electrons in bands derived from different n?
- In atmospheric chemistry, how do photochemical reactions involve the absorption of photons that can excite molecules to higher electronic states (higher effective n)?
- How does atomic absorption spectroscopy (AAS) rely on the absorption of light by atoms to excite electrons to higher n levels?
- What is the effective nuclear charge, and how does n influence it?
- In electron microscopy, how does the interaction of electrons with a sample depend on their energy and the electronic structure (related to n) of the sample atoms?
-
Next Day Delivery by USPS
Find out more
Order by 9pm (excludes Public holidays)
$11.99
-
Express Delivery - 48 Hours
Find out more
Order by 9pm (excludes Public holidays)
$9.99
-
Standard Delivery $6.99 Find out more
Delivered within 3 - 7 days (excludes Public holidays).
-
Store Delivery $6.99 Find out more
Delivered to your chosen store within 3-7 days
Spend over $400 (excluding delivery charge) to get a $20 voucher to spend in-store -
International Delivery Find out more
International Delivery is available for this product. The cost and delivery time depend on the country.
You can now return your online order in a few easy steps. Select your preferred tracked returns service. We have print at home, paperless and collection options available.
You have 28 days to return your order from the date it’s delivered. Exclusions apply.
View our full Returns and Exchanges information.
Our extended Christmas returns policy runs from 28th October until 5th January 2025, all items purchased online during this time can be returned for a full refund.
No reviews yet. Only logged in customers who have purchased this product may leave a review.