Periodic Trends in Electron Affinity - Page 2
Questions
- Explain Electron Affinity (with an example of Cl vs Br)?
- What is the difference between #"electron affinity"#, and #"electronegativity"#?
- Why is the second electron affinity for oxygen positive instead of negative?
- Which following pairs of atoms, have a lower electron affinity? a) Ca,K b) I,F c) Li, Ra. I seriously don't know anything about electron affinity all ik that it can buy another element
- How does the #"electron affinity"# evolve across the Periodic Table?
- Which of the following elements has the smallest numerical electron affinity: B, C, N, O, or F?
- How does electron affinity affect reactivity?
- Which would have more electron affinity: O or O-?
- Why is the electron affinity of atomic nitrogen negative?
- Why is the electron affinity for nitrogen positive?
- How would you explain why the electron affinity of nitrogen is lower (less negative) than those of both carbon and oxygen?
- What elements have essentially no tendency to accept electrons (referring to electron affinity)?
- What is the difference between electron affinity and ionization energy?
- What units is electron affinity measured in?
- How would you order the following elements with respect to electron affinity: #Cl^-, Ar, K^+, Ti, Ti^(+2)#?
- Why are the electron affinities of beryllium and magnesium is almost zero ?? Give five reason? ?
- How are electronegativity, electron affinity, ionization energy, atomic radius, ad reactivity all interrelated?
- Which element in Period 2 has the greatest tendency to gain electrons?
- What is electron affinity's definition?
- How many unpaired electrons are in a transition metal complex that has a spin-only magnetic moment of #sqrt(15)#?