Paragon
Prep Mathematics
by Paragon Math
teachers: Marilyn McArthur,
Mark Hathaway and Bob Cash
Mathematics at Paragon Prep is designed
to be a rigorous, college-preparatory curriculum.
It is assumed that entering students are functioning on or above their
grade levels. The goal of the
curriculum is to prepare all Paragon students to be successful in Calculus track
high school programs. This allows
Paragon students to have many choices in their high school math courses, as well
be prepared for college.
The 5th grade
program is designed to help students fine-tune skills on basic operations of
arithmetic while further developing algebraic thinking.
Problem solving is stressed to aid students’ development of critical
thinking skills.
Entering 5th
graders should posses the following skills:
 | Basic
facts – students should have committed to quick memory of addition,
subtraction, multiplication and division (through 12’s) |
 | Students
should be able to relate and use inverse operations
(check addition with subtraction; multiplication with division). |
 | Addition,
subtraction and multiplication operations through 3 digits by 3 digits. |
 | Place
value understanding of whole numbers and decimals through hundredths. |
 | Comparisons
of numbers (whole numbers, decimals and fractions) by > and <. |
 | Checking
reasonableness of solutions by estimation. |
 | Rounding
to a given place value of whole numbers. |
 | Fractions
– |
 | Concepts |
 | Recognize
equivalent fractions |
 | Simplify
fractions to lowest terms |
 | Add
and subtract fractions with like denominators. |
6th grade students study pre-algebra.
Mathematics at this level is offered in two levels of intensity, enabling
students to proceed with their comfort functioning level. Entering 6th
grade Pre-algebra students are expected to have a strong grasp of arithmetic
skills (see 5th grade above). Students should have quick
recall of all basic math facts. Skills
that students should possess upon entering the 6th grade include:
·
All operations, addition, multiplication, subtraction and division
with whole numbers, decimals, fractions and
integers, including negative numbers.
 | Be
able to apply and use order of operations including grouping and exponents. |
 | Place
value demonstrated by use of expanded notation, i.e., 325.46 = (3 x 102)
+ (2 x 101) + (5 x 100) + (4 x 10-1) + (6 x
10-2) |
 | Rounding
to given place value (whole numbers & decimals) |
 | Factors
and multiples |
 | prime
factorization of numbers |
 | list
factors and multiples of numbers |
 | find
the GCF and LCM of two or more numbers - using lists and prime
factorization.
|
 | Write
fractions to decimals, fractions to percents, decimals to percent, and
vice-versa. |
 | Be
able to recognize and use area formulas of basic geometric shapes:
rectangle, parallelogram, triangle, and circle. |
 | Be
familiar with geometric terms of parallel and perpendicular. |
 | Be
able to calculate the total angle measures of shapes. |
 | Classify
triangles and quadrilaterals. |
 | Be
able to measure with ruler and protractor. |
 | Understand
and use angle relationships of supplementary and complementary. |
 | Be
able to calculate volume of prisms. |
 | Be
able to convert standard English measurements of length, weight and volume |
 | Be
able to perform metric conversions. |
 | Calculate
with integers, fractions and decimals using order of operations. |
 | Understand
the concept and use of variables. |
 | Be
able to systematically solve equations using multiple steps. |
 | Have
an understanding of the coordinate number plane. Be able to locate and identify points on the plane. |
 | Have
a firm understanding of the relationship of fractions, decimals and
percents, and be able to convert between them. |
 | Be
able to recognize and appropriately use of formulas. |
 | Know,
understand and apply the basic properties of mathematics: commutative,
associative and distributive. |
 | Have
been introduced to graphing lines in the plane, including: |
 | be
able to determine the equation of line from a series of points |
 | be
able to apply the Equality Property to solve linear equations |
 | be
able to recognize and combine like terms in equations, |
 | be
able to write linear equations from word problems. |