Chenlie Wede udent xGarnerMS-Atoms & Mosa Mack (NB slides 5p7de Arrange Tools Add-ons Help Last edit was seconds agoFracotArtal14BILA43EE E- a1 5 ITIA IHmm, I thinkthe answerTypes of Mattercan be foundon slide 15 inIdentify the parts of the atom and give the charge (4,,er 0) for eachTEACHERNOTES?sprobnsChargeneutronsChargespeaker notesacer

Answered: Image /qna-images/answer/1a0f2f74-a951-40b4-810d-768848ccd77a.jpg

Charlie Wede udent x S-Atoms& Mosa Mack (NB slides 56,7 o Tools Add-ons Help Last edit was scnds so E) 8 Fro Arial BIUA E E-2 x 4. 14 Hmm, I think the answer Types of Matter can be found on slide 15 in TEACHER NOTES? Identify the parts of the atom and give the charge (+,,ar 0) for each. spobes Churge a b neutrons Charge Chuarge = jelectrons

Charlie Wede udent x S-Atoms& Mosa Mack (NB slides 56,7 o Tools Add-ons Help Last edit was scnds so E) 8 Fro Arial BIUA E E-2 x 4. 14 Hmm, I think the answer Types of Matter can be found on slide 15 in TEACHER NOTES? Identify the parts of the atom and give the charge (+,,ar 0) for each. spobes Churge a b neutrons Charge Chuarge = jelectrons

Principles of Modern Chemistry

8th Edition

ISBN:9781305079113

Author:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler

Publisher:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler

Chapter5: Quantum Mechanics And Atomic Structure

Section: Chapter Questions

Problem 24P: (a) Predict the atomic number of the (as yet undiscovered) alkali-metal element in the eighth...

See similar textbooks

Similar questions

Predict the larger ion in each of the following pairs. Give reasons for your answers. (a) O,S2 (b) Co2+,Ti2+ (c) Mn2+,Mn4+ (d) Ca2+,Sr2+
Which of the following ions are unlikely to be found in a chemical compound: Cs+, ln4+, Fe6+, Te2, Sn5+, and I? Explain briefly.
(a) Predict the atomic number of the (as yet undiscovered) alkali-metal element in the eighth period. (b) Suppose the eighth-period alkali-metal atom turned out to have atomic number 137. What explanation would you give for such a high atomic number (recall that the atomic number of francium is only 87)?
I hate that I always have to waste my limited quanitty of questions for follow ups for a decent explaination.I don't understand.It must be in a +3 state?Why?F has a -1 charge, that means it would have:9p 10e due to it's 18.99 mass.and since the charge is -1, that would imply 10e.That means I need an element with +1 charge to balance, but also should have 12e.Mn has a charge of +2 generally, but it can have +3.I was given zero understanding of how it could be any element with a +1 charge that has those numbers of electrons.I need help understanding this.
Given the following reactions: (I) M + Cl2 --> MCl2; (II) M + O2 --> MO2 (III) 4M + O2 --> 2M2O; (IV) 6M + N2 --> 2M3N In which of the above reaction(s) could M represent a Group IA element? (A) III only (B) II and III (C) II, III, and IV (D) All of them
The first ionization enthalpy for Li is 520 kJ mol^-1. This value corresponds to complete removal of the electron from the nucleus and is achieved when n = infinity. From this value, calculate the effective charge felt by the 2s electron of Li. Why is this less than the actual charge of +3?
I need help with this question that is attached. Table 1.4 gave the ionic radii in pm. For k+ it was 138(6), 151(8),159(10) and for f- it was 128(2), 132(4), 133(6). Table 1. 5 gave ionization energies in kj/mol. For k they were 419, 3051 and 4410. For f it was 1681,3375, and 6050. Table 1.6 gave electron affinities in kj/mol and for k it was 48 and for f it was 328. I've also attached the resource table
A. A main group element with the valence electron configuration 3s1 is in periodic group?It forms a monatomic ion with a charge of my ?B. A main group element with the valence electron configuration 2s22p4 is in periodic group?It forms a monatomic ion with a charge of?
Determine the second ionization energy of calcium (in kJ mol−1) from the given data (all in kJ mol−1):ΔHf°[CaCl2(s)] = −796ΔHf°[Ca(g)] = 178ΔHf°[Cl(g)] = 122First ionization energy of Ca(g) = 590Electron affinity of Cl(g) = −349Lattice enthalpy of CaCl2(s) = −2260 a)1150 b)1235 c) 1093 d) 1210
A gold nucleus is located at the origin of coordinates, andan electron is brought to a position 2 Å from the origin inthe 1y direction.(a) Calculate the force on the gold nucleus exerted by theelectron giving its components Fx and Fy.(b) Calculate the potential energy of the gold nucleus andthe electron.
Hypothetical elements X and Y form a molecule XY2, inwhich both Y atoms are bonded to atom X (and not to oneanother). The X—X distance in the elemental form of X is2.04 Å, and the Y—Y distance in elemental Y is 1.68 Å. Whatwould you predict for the X—Y distance in the XY2 molecule?(a) 0.84 Å (b) 1.02 Å (c) 1.86 Å (d) 2.70 Å (e) 3.72 Å
a) Write the electronic configuration in s, p, d, f and K L M N, for the atom which belongs to period 5 and cannot form the ions? b) Mention the number of electrons and neutrons of the above atom. c) What is the volume (in ml) of a 0.2 M AgNO3 solution containing 8.5 grams of AgNO3?