Gizmos for New Brunswick - Mathematics: Advanced Mathematics with Intro to Calculus (New Brunswick Curriculum adopted 2003)

This correlation lists the recommended Gizmos for this province's curriculum standards. Click any Gizmo title below for more information.

A.A1: : demonstrate an understanding of recursive formulas

A.A3: : represent arithmetic and geometric sequences as ordered pairs and discrete graphs

A.A6: : explain the connections between real and complex numbers

B.B1: : describe the relationship between arithmetic operations and operations on rational algebraic expressions and equations

B.B6: : determine and apply the derivative of a function

B.B9: : apply operations on complex numbers both in rectangular and polar form

C.C1: : model problem situations using discrete structures such as sequences and recursive formulas

C.C3: : model real-world phenomena using polynomial functions and rational functions

C.C5: : use tables and graphs as tools to interpret expressions

C.C6: : demonstrate an understanding for asymptotic behavior

C.C10: : analyze and solve polynomial, rational, irrational, and absolute value equations

C.C11: : solve polynomial, rational, irrational, and absolute value inequalities

C.C13: : extend an understanding for exponential growth and decay through multiple contexts

C.C14: : analyze relations, functions and their graphs

C.C15: : determine the equations of polynomial and rational functions

C.C16: : analyze the effect of parameter changes on the graphs of functions and express the changes using transformations

C.C18: : demonstrate an understanding for recursive formulas and how recursive formulas relate to a variety of sequences

C.C20: : factor polynomial expressions

C.C27: : represent complex numbers in a variety of ways

C.C28: : construct and examine graphs in the complex and polar planes

E.E2: : develop and evaluate mathematical arguments and proofs

Correlation last revised: 9/16/2020

New Brunswick - Mathematics: Advanced Mathematics with Intro to Calculus