ENRICHMENT Complete the concept map below by filling up the boxes with the appropriate concepts using the linking words/phrases. CARD 2 #LinkingGoal s - block p - block d - block f- block Concepts: transition metals groups periods valence electron/s modern periodic table representative elements families energy levels 1. Modern | can be 2 Periodic Table subdivideđ into 3 is consist of 4 vertical columns called horizontal rows called, 5 7 is the number is the number corresponds to or corresponds to the occupied 12 may be 10 11

ENRICHMENT Complete the concept map below by filling up the boxes with the appropriate concepts using the linking words/phrases. CARD 2 #LinkingGoal s - block p - block d - block f- block Concepts: transition metals groups periods valence electron/s modern periodic table representative elements families energy levels 1. Modern | can be 2 Periodic Table subdivideđ into 3 is consist of 4 vertical columns called horizontal rows called, 5 7 is the number is the number corresponds to or corresponds to the occupied 12 may be 10 11

Chemistry: Matter and Change

1st Edition

ISBN:9780078746376

Author:Dinah Zike, Laurel Dingrando, Nicholas Hainen, Cheryl Wistrom

Publisher:Dinah Zike, Laurel Dingrando, Nicholas Hainen, Cheryl Wistrom

Chapter6: The Periodic Table And Periodic Law

Section: Chapter Questions

Problem 66A

See similar textbooks

Similar questions

What are some of the physical properties that distinguish the metallic element from the nonmetals? Are these properties absolute, or do some nonmetallic elements exhibit some metallic properties (and vice versa)?
5. a. Give the correct symbol and name for the element being described in each ofthe following. (Hint: Use the Periodic Table of Elements provided as aguideline in answering your questions).(i) Element with the smallest atomic radius in Group 15.(ii) Most metallic behaviour in Group 2.(iii) Element whose trinegative anion (charge 3-) has electronic configuration3s23p6.(iv) The largest of the s-block metals.(v) Element with largest electron affinity (most positive value when EA is definedas the energy to remove an electron from the anion) in Period 4.
It is possible to define metallic character as we do in this bookand base it on the reactivity of the element and the ease withwhich it loses electrons. Alternatively, one could measure how well electricity is conducted by each of the elements todetermine how “metallic” the elements are. On the basis ofconductivity, there is not much of a trend in the periodic table:Silver is the most conductive metal, and manganese theleast. Look up the first ionization energies of silver and manganese;which of these two elements would you call moremetallic based on the way we define it in this book?
Outline one main characteristic feature of cesium, berryllium, bromine, and flourine that isfound in a specific group in the periodic table. Eg. reactivity, or physicalcharacteristic feature of the elements of each group.
why doea a transition series contain 10 elements?
In group 15 elements, there is considerable increase in covalent radius from N to P but small increase from As to Bi. Why?
Silicon is the foundation of today's Microelectronics.a) Indicate which other elements from group IV of the periodic table find applications in electronics, pointing out their usefulness.b) Similarly, composite materials using elements from groups III-V are widely used. Name at least 3 of these compounds, exemplifying their respective applications.
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?
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
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
Use the data from Appendix F to graph the variation ofatomic radius with atomic number for the rare-earth elements from lanthanum to lutetium.(a) What is the general trend in these radii? How do you account for it?(b) Which two elements in the series present exceptions to the trend?
Explain why the s-block of the periodic table is twogroupswide, the p-block is six-groups wide, and thed-block is ten-groups wide.