Question

In: Chemistry

A space probe identifies a new element in a sample collected from an asteroid. Successive ionization...

A space probe identifies a new element in a sample collected from an asteroid. Successive ionization energies, in attojoules per atom, for the new element are given in the table.

I-1 = 0.507

I-2 = 1.017

I-3 = 4.108

I-4 = 5.074

I-5 = 6.147

I-6 = 7.903

I-7 = 8.294

To what family of the periodic table does this new element probably belong? Optional answers:

18 (8A)

14 (4A)

17 (7A)

13 (3A)

15 (5A)

1 (1A)

16 (6A)

2 (2A)

Expert Solution

queen_honey_blossom answered 2 years ago

A space probe identifies a new element in a sample collected from an asteroid Successive ionization energies (in attojoules per atom) for the new element are shown below.

A space probe identifies a new element in a sample collected from an asteroid Successive ionization energies (in attojoules per atom) for the new element are shown below. To what family of the periodic table does this new element probably belong?

A space probe identifies a new element in a sample collected from an asteroid. Successive ionization energies (in attojoules per atom) for the new element are shown below.

A space probe identifies a new element in a sample collected from an asteroid. Successive ionization energies (in attojoules per atom) for the new element are shown below. To what family of the periodic table does this new element probably belong?

Successive ionization energies of an element is given. How do you determine the group to which it...

Successive ionization energies of an element is given. How do you determine the group to which it belong

Identify the element of Period 2 that has the following successive ionization energies, in kJ/mol. IE1...

Identify the element of Period 2 that has the following successive ionization energies, in kJ/mol. IE1 = 1314 IE2 = 3389 IE3 = 5298 IE4 = 7471 IE5 = 10992 IE6 = 13329 IE7 = 71345 IE8 = 84087 Li Ne B O

Identify the element of Period 3 which has the following successive ionization energies, in kJ/mol

The successive ionization energies of a certain third-period element are I1 = 577.9KJ/mol, I2 + 1820...

The successive ionization energies of a certain third-period element are I1 = 577.9KJ/mol, I2 + 1820 KJ/mol, I3 = 2750 KJ/mol, I4 = 11600 KJ/mol, I5 = 14800 KJ/mol. what element do these ionization energies suggest? Explain your reasoning.

Determine which 3 element is being described by the following successive ionization energies (kJ/mol) Ei1 =...

Determine which 3 element is being described by the following successive ionization energies (kJ/mol) Ei1 = 578; Ei2 = 1,817; Ei3 = 2,745; Ei4 = 11,575; Ei5 = 14,830; Ei6 = 18,376; and Ei7 = 23,293? Al S Cl Mg

The successive ionization energies for an unknown element are IE1 = 896 kJ/mol IE2 =1752 kJ/mol...

The successive ionization energies for an unknown element are IE1 = 896 kJ/mol IE2 =1752 kJ/mol IE3 =14,807 kJ/mol IE4 =17,948 kJ/mol To which family in the periodic table does the unknown element most likely belong?

The successive ionization energies of a certain element are: I1 = 899 kJ/mol, I2 =1,757 kJ/mol,...

The successive ionization energies of a certain element are: I1 = 899 kJ/mol, I2 =1,757 kJ/mol, I3= 14,850 kJ/mol, I4 = 21,005 kJ/mol, This pattern of ionization energies suggests that the unknown element is:

A certain main-group element exhibits the following successive ionization energies in kJ/mol: IE1 = 100; IE2...

A certain main-group element exhibits the following successive ionization energies in kJ/mol: IE1 = 100; IE2 = 300; IE3 = 700; IE4 = 3100; IE5 = 4200 Select the false statement about this element below. 1) This element likely ionizes to form a cation when participating in ionic compound formation. 2)The highest-energy electron in an atom of this element resides in a p orbital. 3)This element has four valence electrons. 4)This element is likely a metallic element.