Electronegativity means the ability to attract an electron towards itself. high electronegativity means it can attract an electron effectively.
negative electron affinity is described by the amount of energy is released when an electron is added to the neutral atom.
So, if a system has high electronegativity then it will have a high negative electron affinity.
Ionization energy means the minimum amount of energy required to remove an electron from an atom. If the atom is highly electronegative relatively then we need to spare high energy to remove an electron. so the ionization energy will also be high.
ans: large negative electron affinity and a relatively high ionization energy.
QUESTION 10 A reactive element with a relatively high electronegativity would be expected to have a...
The C1-C1 bond energy is 243 kJ/mol. Therefore the breaking of the bond between chlorine atoms should require the absorption of 243 kJ per mote of Cl_2 formed. should require the absorption of486 kJ per mole of Cl_2 formed should result in the release of 243 kJ per mole of Cl_2 formed. should result in the release of 486 Id per mole of Cl_2 form A reactive element with a relatively high electronegativity would be expected to have a relatively...
Also, why is second IE Mg less than second IE Al? Why 3rd IE
Mg larger than 3rd IE Al? If you could explain IE and EA very
simply thatd be great!
Match the element to the description. Your choices are: Na, AI, P, CI, Ar (you will use only four of these!) a. -An unreactive gas with a large ionization energy and no measurable electron affinity. b. A very reactive solid that forms a basic oxide. It has a...
4) Which element has the highest electronegativity? A) Ge B) O C) B D) Ca 5) Which element has the highest electron affinity? A) Ge В) 0 С) в D) Ca E)K 6) of the 3 elements fluorine, bromine, and calcium, has the highest ionization energy and _has the lowest ionization energy. (Note that we are considering the first ionization energy). A) bromine; calcium B) calcium; fluorine C) fluorine; bromine D) fluorine; calcium E) none of these 7) Based upon...
Compare the elements Na, B, Al, C with regard to the following properties: a) Which element has the largest atomic radius? b) Which element has the largest electron affinity? c) What element is expected to have the largest ionization energy?
Give the name of the element fitting each of the following descriptions. a. The element whose +3 cation has the same configuration as krypton. b. The element whose -2 anion has the same configuration as xenon. c. The element from the first 10 elements that would be most similar in properties to franicum. d. The Period 2 element having 4 valence electrons. e. The Period 4 element having a half filled p subshell in the valence shell. f. The Period...
CI NH Dj large negative electron affinlity and a relatively high ioniration energy Credit Assigned
Part B For each ion you propose, explain the ways in which it would be similar to Na+ and the ways it would be different Match the words in the left column to the appropriate blanks in the sentences on the right. Make certain each sentence is complete before submitting your answer. Reset Help Mg size Because Nat has a 1+ charge, you would need a cation with a and a 1+ charge. Ne small and Looking at the size...
Question 13 1 pts For an element "A" with 8 valence electrons, what is the hybridization of AO? sp2 O spd 2 spd sp sp Question 14 1 pts Which of the following statements about fluorine is true? Because of its high electron affinity, gaining an electron is an endothermic process It has a smaller atomic radius than chlorine Its electron affinity is slightly lower than that of oxygen. O It has a lower electronegativity than chlorine O Its atomic...
Question 10 Which element has a partially negative charge in each of the following bonds: Element Electronegativity 3.5 4.0 3.0 Fin O-F and Clin O-ci O in O-F and O in O-CI Fin O-F and O in O-ci O in O-F and Clin O-ci
Which has the larger ionization energy? Sodium (Na), or potassium (K). Why? Which has the larger radius? Sulfur (S), or the sulfide anion (S2-). Why? If an element has a "large negative" electron affinity number where would it be located on the periodic table?