Ans is beryllium
According to the variation given, the highest difference is in between second and third ionization energy which means the removal of the third electron requires much higher energy than for 2nd electron which fits very well with the Be electronic configuration (1s2, 2s2). In this configuration, the energy required relatively low for first two-electron removal, after that third electron has to be removed from the 1s orbital which will require much higher energy as its electron is very near to the nucleus.
A neutral atom has the following ionization energies given in KJ/mol: 1st Ionization energy:578 2nd ionization...
Table 1. Successive ionization energies for selected elements in kJ/mol. ps4_IE_table Calculate the energy required to form a single Mg2+ ion from a neutral magnesium atom in the gas phase. Provide your answer in aJ. Question 1 0/6 pts Table 1. Successive ionization energies for selected elements in kJ/mol. 3rd 4th Number 2 3 9 11 12 Symbol Не Li F Na Mg Name helium lithium fluorine sodium magnesium 1st 2372.3 520.2 1681.0 495.8 737.7 2nd 5250.5 7298.1 2274.2 4562...
Element J was found to have the following ionization energies (in kJ/mol) 1st IE 2nd IE 3rd IE 4th IE 5th IE 6th IE 631 1235 2389 7099 8844 10720 How many valence electrons does element J have? Explain. (2) If element J is found in the fourth period, identify element J. (1) Write the electronic configuration for element J. (1) Write complete sets of quantum numbers for each of the valence electrons (i.e. n, l, and ml) that you...
Ionization energies (in kJ/mol) for two unknown elements are given in the table below. 1st 2nd 3rd 4thelement A 735 1445 7730 xxxelement B 580 1815 2740 11,6001) What can you determine about the formulas of ions formed from A and B?2) Write the most likely compound of A and B when chemically combined with chlorine? Explain.
Consider this set of ionization energies. IE1 = 578 kJ/mol, IE2 = 1820 kJ/mol, IE3 = 2750 kJ/mol, IE4 = 11,600 kJ/mol. To which third-period element do these ionization energies belong?
A) Write the equation for the fifth ionization energy of phosphorous. B) Using the ionization energies for silicon below, please explain why the ionization energies increase. 1E5 E. (kJ/mol) Element Ez (kJ/mol) |E2 (kJ/mol) IE3 (kJ/mol) |E4 (kJ/mol) (kJ/mol P 1012 1907 2914 4964 6274 21267 C) Why is there a large increase in energy from the fifth ionization energy to the sixth ionization energy?
39) A ficticious atom, Up, has the following ionization energies: 234 kJ/mol, 324 kJ/mol, 524 kJ/mol, 725 kJ/mol, 3187 kJ/mol, 4851 kJ/mol. What is the largest value of x expected in the following formula: UpCI, a) 1 b) 2 Explain the energetics of ionic bond formation and covalent bond formation When the two atoms sodium (Na) and chlorine (Cl) combine to make NaCl, one could imagine a number of steps that the atoms go through. For each of the steps...
9. A certain 4th row element has the following ionization energies: 12 = 1310 kJ/mol I3 = 2652 kJ/mol 14 = 4175 kJ/mol Is = 9581 kJ/mol 16 = 11533 kJ/mol Now tell me, most peerless predictor of periodic properties, what is the identity of the element? Please provide an explanation as well.
Question 23 2 pts What element in period 3 has the following successive ionization energies? 1E1:578 kJ/mol IE2: 1817 kJ/mol 1E3: 2745 kJ/mol IE4: 11578 kJ/mol IES: 14842 kJ/mol IE6: 18379 kJ/mol 1E7:23326 kJ/mol IE8:27464 kJ/mol
The first ionization energy, E, of a sodium atom is 5.00×10^2 kJ/mol. What is the wavelength of light, in nanometers, that is just sufficient to ionize a sodium atom? (Please report wavelength in nm as the answer.)
6.) Explain with as much detail possible why when bonding, fluorine will have a greater pull on bonding electrons compared to iodine. U 7.) Explain with as much detail possible why sodium has a larger atomic radius than magnesium, 8.) Explain with as much detail possible why phosphorus has a larger atomic radius than nitrogen. 9.) Elements are very chemically reactive in groups 1 and 7. Use the trends to explain this observation. 10.) Below are the first thru third...