Specific
1. The student will be able to describe the vision, characteristics,
philosophy, and content for an effective contemporary mathematics
compared to a
more traditional programs.
1a. Describe the vision of mathematics education.
1b. Describe the characteristics of a contemporary school
mathematics program and compare those with FSM math curriculum.
1c. List advantages and disadvantages of a contemporary mathematics
1d. Describe the basic philosophy of teaching mathematics to children.
1e. Describe, in general terms,
mathematics content as
appropriate for any grade level,
K-8.
2. Demonstrate understanding OF NCTM professional standards, positive
classroom environment, lesson objectives, lesson
organization and planning for
teaching mathematics.
2a. Describe the vision of
mathematics teaching by NCTM
Professional Standards for teaching
mathematics.
2b. List at least 5 characteristics of a
positive classroom environment.
Instructor evaluates student using
the list stated in the
textbook.
2c. Write appropriate objectives for
mathematics lessons.
2d. Write a lesson plan for a given
topic or skills in mathematics and
organize it to include good student
participation.
3. The student will be able to describe the vision of Mathematics,
assessment techniques and types of mathematics standard tests
used for teaching
math to children.
3a. Describe characteristics of
standard assessment techniques.
3b. List types of standard test
used in Math teaching.
4. The student will be able to do problem solving, decision
making
and communicating skills in Mathematics.
4a. Describe the nature of
problem solving and the problem
solving process.
4b. Write mathematical
sentences for solving problems.
4c. Use inductive and deductive
approach in problem solving in
the classroom.
5. The student will be able to use numeration, number sense, and place
value and demonstrate the skills through peer teaching and
student teaching at
the elementary school classroom.
5a. Demonstrate various skills in
teaching numeration, number
sense, and place value to
children.
5b. Use standard notation,
expanded notation, and
exponential notation for a given
number.
6. The student will be able to demonstrate various models or
skills in
teaching addition, subtraction, multiplication, and division of
whole numbers to elementary children.
6a. Describe models used to
teach children addition,
subtraction, multiplication and
division of whole numbers.
6b. Demonstrate various skills in
administering timing test in
addition, subtraction,
multiplication, and divisions of
whole numbers.
6c. Demonstrate various math
algorithm in calculating addition,
subtraction, multiplication, and
division.
6d. Demonstrate regrouping in
addition, subtraction,
multiplication, and division
using place value box.
7. The student will be able to classify counting numbers as
prime
and composite, write prime factorization, calculate least common
multiple and greatest common factor for a given set of counting
numbers, and perform fundamental operations on integers and
rational numbers.
7a. Classify counting numbers as
prime or composite
7b. Write the prime factorization of
any given counting numbers.
7c. Calculate the greatest common
factor and least common multiple
for a given set of counting numbers.
7d. Demonstrate the rules of
divisibility for any given counting
numbers.
7e. Define the terms integers,
rational number, and real number
and perform the fundamental
operations.
8. The student will be able to develop understanding of
nonnegative
rational numbers expressed as factions and indicate whether one
fraction is less than, equal to or greater than the second
fraction.
8a. Develop understanding of
nonnegative rational number
expressed as fractions.
8b. Write fractions in simplest form
and indicate whether one fraction is
less than, equal to, or greater than a
second fraction.
9. The student will be able to use models to demonstrate
concepts of
addition, subtraction, multiplications, and division of
fractions.
9a. Demonstrate concepts of
addition, subtraction,
multiplications and divisions of
fractions using region, groups, and
number lines.
10. The student will be able to use models of base ten blocks,
regions,
money and the number line to develop understanding of
decimals
and operations on decimals, write rational number in fraction
form, decimal form, scientific and expanded notation, and
use
ratio and proportion to describe problem situations and to solve
percentage problems.
10a. Use models like Base ten blocks,
regions, money, and the number line
to develop understanding of
decimals and operations on
decimals.
10b. Write any given rational
number in fraction form, decimal
form, expanded and scientific
notation.
10c. Use ratio and proportion to
describe problem situations and to
solve percent problems.
11. The student will be able to develop lessons in data
collection, data
analysis, and to use graphs to illustrate its outcomes.
11a. Define the terms range, mean,
median, and mode in relationship
with data analysis.
11b. Determine the possible
outcomes from different events
using experimental and theoretical
probability.
11c. Develop lessons incorporating
graphs, frequency polygon,
histogram, bar graphs, line graphs,
pictograph, scatter plots,
stem-leaf
plots for a given set of data.
12. The student will be able to develop and teach lessons on
nonstandard and standard of measurement, US customary and
metric
systems of measurement.
12a. Teach a lesson on the metric
and the U.S. Customary system of
measurement.
12b. Teach a lesson on money and
time concepts to peers.
13. The student will be able to develop knowledge of geometry
terminologies and basic geometric concepts, classify angles,
bisect
angles and present it to the appropriate grade level.
13a. Use correct terminology for
basic geometric concepts, classify
angles according to their measures,
and bisecting given
angles.
13b. Demonstrate correct
mathematical notation for figures
such as lines, line segments, rays,
and angles.
14. The student will be able to classify polygons, and simple
closed
curves, and also calculate perimeters and areas of certain
polygons, prisms, cylinders, cones, pyramids and spheres.
14a. Classify polygons and simple
closed curves and calculate
perimeters and areas prisms,
cylinders, cones, circles, pyramids,
and
spheres.
14b. Calculate volume and lateral areas of prism,
cones, cylinders, and pyramids, and spheres.