33.1. Not considering the electron spin the degeneracy of first excited state of H atom is? a. 2. b. 3. c. 4. d. 8 2. Not considering the electron spin the degeneracy of second excited state is 9 while the degeneracy of first excited state of H- is. a. 1. b. 2. C. 3. d. 1.2222 3. Which of the following subshell can accommodate as many as 10 electrons a. 2d. b. 3d. c 3dxy 4. 3dz² 4. Which of the following statement is true a. bohrs model can explain spectrum of the hydrogen atom b. A d orbital can accommodate maximum 10 electron only

33.1. Not considering the electron spin the degeneracy of first excite

1.	33.1. Not considering the electron spin the degeneracy of first excited state of H atom is? a. 2. b. 3. c. 4. d. 8 2. Not considering the electron spin the degeneracy of second excited state is 9 while the degeneracy of first excited state of H- is. a. 1. b. 2. C. 3. d. 1.2222 3. Which of the following subshell can accommodate as many as 10 electrons a. 2d. b. 3d. c 3dxy 4. 3dz² 4. Which of the following statement is true a. bohrs model can explain spectrum of the hydrogen atom b. A d orbital can accommodate maximum 10 electron only
Answer» 33.1. Not considering the electron spin the degeneracy of first excited state of H atom is? a. 2. b. 3. c. 4. d. 8 2. Not considering the electron spin the degeneracy of second excited state is 9 while the degeneracy of first excited state of H- is. a. 1. b. 2. C. 3. d. 1.2222 3. Which of the following subshell can accommodate as many as 10 electrons a. 2d. b. 3d. c 3dxy 4. 3dz² 4. Which of the following statement is true a. bohrs model can explain spectrum of the hydrogen atom b. A d orbital can accommodate maximum 10 electron only