Objective Of Periodic Table And Basic Particle - Revised 2015

Each student will be able to:

Periodic Table

• (PT1) Explain the difference between Medeleev and Moseley's Periodic Table. [3.1]

• (PT2) Explain the relationship of an element's position on the Periodic Table to its atomic number (i.e. Periodic law)[3.1](3.1).

• (PT3) Describe the Modern Periodic Law

• (PT4) Define Isoelectronic species and determine them for an element or ion.(Not responsible for in 2018-2019)

• (PT5) Relate the position of an element on the Periodic Table to its Electron Configuration.[3.2](3.3).

• (PT6) Relate the chemical charateristics (reactivity) to the Family elements and how Electron configuration detemines it.(3.3)

• (PT7) Give appropriate Elements for the Groups, Periods, and other designated elements including metals, non-metals, and metalloids (semi-metals). [3.2](3.1,3.2).

• (PT8) Students need to be able to locate the following on the Periodic Table: Period,Group,Alkali metal, Alkaline Earth metals, Transition Elements, Inner Transition Elements,Lanthanoid series, Actinoid series, Noble or Inert Gases, Halogen, Nitrogen Family, Oxygen Family, metals, non-metals, semi-metals or Metalloids, (s-,p-,d-,f-block elements), phase of elements @20degreeC.

• (PT9) Describe what Coulombic force (both attractive & repulsive) and the two major factors that affect the strength of the Coulombic Force (charge on the nucleus & electron). State and explain the trends for CF going down a Group and across a Period.

• (PT10) Define covalent atomic radius, van der Waals radius, and atomic radius in metals. State and explain why (using Coulombic force, C.F.) how the atomic radii changes as you go down a Group and across a Period. [3.4](3.4).

• (PT11) Define 1st Ionization Energy (IE) and give the trends for IE as you go down a Group and across a Period. Be able to explain the trend using C.F.(not Shielding effect). Also, state the two Exceptions for Period 2 & 3 (2 for each period). [3.4](3.4).

• (PT12) Define Higher Ionization Energies (IE) and explain how they can explain the charge on the element's ion. (i.e. Al³⁺) [3.4] (Not responsible for in 2018-2019)

• (PT13) Define Electronegativity (EN) and state(including why using C.F.)the general trends as you go down a Group and across a Period. [3.4](3.4)

• (PT14) Explain how the ionic radius compares to the atomic radius for Metals and then for Non-metals. 'DO NOT usually explain general trends across Period'. Down a Group is same as Atomic radii. [3.4](3.4)

• (PT15) State the difference between Metals and Non-metals for the characteristics of IE,EN,Luster, Deformability,heat/electrical conductivity, charge, and phase (at room temp). [3.4].

• (PT16) State and explain why (using other trends)the trends for Metallic Characteristics as you go down a Group and across a Period. [3.4].

• Be able to explain how using the concept of a mole that one can relate number of basic particles and mass of those basic particles even though particles are too small to count or weigh individually.
  

• Be able to do mole calculations for elements/compounds (mass to mole, mole to mass, mole to number, number to mole). Be able to calculate molar mass for compounds.
  

• Malleable and ductile and deformability (Not for 2018-2019)