313066 Which of the following groups of periodic table contains the maximum number of elements with different valence shell electron configuration?

313067 What should be the atomic number of the next halogen if discovered in future?

313068 It is observed that characteristic X-ray spectra of elements show regularity. When frequency to the power " n " i.e. \(\mathrm{v}^{\mathrm{n}}\) of X-rays emitted is plotted against atomic number 'Z', following graph is obtained. The value of " n " is

313069 The period number in the long form of the periodic table is equal to

313066 Which of the following groups of periodic table contains the maximum number of elements with different valence shell electron configuration?

313067 What should be the atomic number of the next halogen if discovered in future?

313068 It is observed that characteristic X-ray spectra of elements show regularity. When frequency to the power " n " i.e. \(\mathrm{v}^{\mathrm{n}}\) of X-rays emitted is plotted against atomic number 'Z', following graph is obtained. The value of " n " is

313069 The period number in the long form of the periodic table is equal to

313066 Which of the following groups of periodic table contains the maximum number of elements with different valence shell electron configuration?

313067 What should be the atomic number of the next halogen if discovered in future?

313068 It is observed that characteristic X-ray spectra of elements show regularity. When frequency to the power " n " i.e. \(\mathrm{v}^{\mathrm{n}}\) of X-rays emitted is plotted against atomic number 'Z', following graph is obtained. The value of " n " is

313069 The period number in the long form of the periodic table is equal to

313066 Which of the following groups of periodic table contains the maximum number of elements with different valence shell electron configuration?

313067 What should be the atomic number of the next halogen if discovered in future?

313068 It is observed that characteristic X-ray spectra of elements show regularity. When frequency to the power " n " i.e. \(\mathrm{v}^{\mathrm{n}}\) of X-rays emitted is plotted against atomic number 'Z', following graph is obtained. The value of " n " is

313069 The period number in the long form of the periodic table is equal to