don’t understand this question need help please atomic mass2electronegativityelectron affinityionization energyheat of fusionCheck54.9381.55kJmol0717.3You may find additional useful data in the ALEKS Data tab.@213.2Does the following reaction absorb or release energy?(1) Mn (g) + eMn(g)WgmolIs it possible to calculate the amount of energy absorbedor released by reaction (1) using only the data above?.If you answered yes to the previous question, enter theamount of energy absorbed or released by reaction (1):Does the following reaction absorb or release energy?(2) Mn(g) Mn (g) + ekJmolIs it possible to calculate the amount of energy absorbedor released by reaction (2) using only the data above?#3kJmolIf you answered yes to the previous question, enter theamount of energy absorbed or released by reaction(2):ES4$4RO releaseO absorbO Can't be decided with the data given.O yesO noFkJ/molO releaseO absorbO Can't be decided with the data given.O yesO no%kJ/molWXXTMacBook ProA6Y&7© 2023 McGraw Hill LLC. All F118(S

Given,The reactions:(1) Mn+(g) + e- Mn(g) (2) Mn(g) Mn+(g) + e- The ionization energy is the amount of energy required to discharge an electron from its gaseous neutral atom. It is a endothermic reaction. Energy is absorbed in this process. ex: Mn (g) Mn+(g) + e- The energy emitted when one electron is added to a neutral gaseous atom is called electron affinity.. It is exothermic reaction. The energy is released in this process. ex: Mn(g) + e- Mn-(g)Electronegativity is the ability to attract the shared pair of electrons.The amount of heat required to convert solid into liquid form.(1) Mn+(g) + e- Mn(g) This reaction is inverse to the ionization energy so it is an exothermic reaction and it releases energy. Yes, it is possible to calculate the amount of energy released by the reaction. The amount of energy is: = ( -I.E ) = - 717.3 kJ/molTherefore,717.3 kJ/mol energy is released in the reaction 1.(2) Mn(g) Mn+(g) + e-This reaction represents the ionization energy so it is an endothermic reaction and it absorbs energy. Yes, it is possible to calculate the amount of energy absorbed by the reaction. The amount of energy is: H = ( I.E ) = 717.3 kJ/molTherefore,717.3 kJ/mol energy is absorbed by the reaction 2.Ans:)(1) Mn+(g) + e- Mn(g) releases energyYes, it is possible to calculate released energyThe released amount of energy is: 717.3 kJ/mol(2) Mn(g) Mn+(g) + e- absorb energyYes, it is possible to calculate absorbed energyThe absorbed amount of energy is: 717.3 kJ/mol