Podcast
Questions and Answers
Why are the first elements of the second-period elements significantly different from their congeners?
Why are the first elements of the second-period elements significantly different from their congeners?
- The extraordinarily small size (correct)
- The larger charge
- The unavailability of the d orbitals
- The greater probability of pi bonds formation
What effect does the extraordinarily small size have on the second-period elements?
What effect does the extraordinarily small size have on the second-period elements?
- Larger charge and decreased covalent character
- Smaller electron affinities and increased covalent character (correct)
- Greater probability of sigma bonds formation
- Higher electronegativity and reduced overlap of electron clouds
Why isn't Fluorine the most accepting of electrons among Group 7 elements?
Why isn't Fluorine the most accepting of electrons among Group 7 elements?
- It has a lower charge density than chlorine
- It is a very small atom with strong repulsion force (correct)
- It has a higher electron affinity than chlorine
- It has a higher electronegativity than chlorine
What is one consequence of the extraordinarily small size effect on the second-period elements?
What is one consequence of the extraordinarily small size effect on the second-period elements?
What is the impact of the extraordinarily small size on the ability of the second-period elements to accept electrons?
What is the impact of the extraordinarily small size on the ability of the second-period elements to accept electrons?
What effect does the extraordinarily small size have on the second-period elements?
What effect does the extraordinarily small size have on the second-period elements?
What is one consequence of the extraordinarily small size effect on the second-period elements?
What is one consequence of the extraordinarily small size effect on the second-period elements?
What is the impact of the extraordinarily small size on the ability of the second-period elements to accept electrons?
What is the impact of the extraordinarily small size on the ability of the second-period elements to accept electrons?
Why isn't fluorine the most accepting of electrons among Group 7 elements?
Why isn't fluorine the most accepting of electrons among Group 7 elements?
Why are the first elements of the second-period elements significantly different from their congeners?
Why are the first elements of the second-period elements significantly different from their congeners?
What is alternation of generations in plants?
What is alternation of generations in plants?
What is the multicellular diploid plant structure called?
What is the multicellular diploid plant structure called?
What is the multicellular haploid plant structure called?
What is the multicellular haploid plant structure called?
What is the changeability between diploid and haploid stages in plants called?
What is the changeability between diploid and haploid stages in plants called?
What does haploid mean?
What does haploid mean?
