Day 23
·
Summarize Dalton’s atomic Theory
To achieve a 4 (mastery level students must explain historical experimental evidence to support the atomic theory)
To achieve a 4 (mastery level students must explain historical experimental evidence to support the atomic theory)
Day 24
·
Distinguish among protons, neutrons, and electrons
in terms of their relative masses and charges.
·
Explain the structure of an atom including the
location of the proton, electron, and neutron with respect to the nucleus.
·
Explain how the atomic number identifies an
element.
· Define, Describe Differentiate and give examples of ions and isotopes. (4)
· Explain how the protons and electron identifies number identifies a ion charge.
· Define, Describe Differentiate and give examples of ions and isotopes. (4)
· Explain how the protons and electron identifies number identifies a ion charge.
Day 25-28
·
Infer the number of protons, electron, and neutrons
using the atomic number and mass number of an element.
· Define, Describe Differentiate and give examples and non example of isotopes. (4)
· Explain using isotopes the average atomic mass of Carbon 12.01
Day 29-31
-Establish periodic Trends based on direct evidence
-Purpose Test and Reformulate Hypothesis based on the structure of the atom and its properties
Day 31-38
· Explain using isotopes the average atomic mass of Carbon 12.01
Day 29-31
-Establish periodic Trends based on direct evidence
-Purpose Test and Reformulate Hypothesis based on the structure of the atom and its properties
Day 31-38
·
Distinguish among energy level and atomic orbitals.
·
Write the electron configurations of the elements
· Draw Lewis Dot Structures of the elements
SGO/Unit Test
· Draw Lewis Dot Structures of the elements
SGO/Unit Test
- Use an atoms place in the periodic table to describe define and identify various atoms Both Nuclear and electrical configuration.
- Use direct evidence to explain how the structure of the atom defines its behavior