Topic: Circles on the coordinate Plane
Lesson Objective:
Find the circle circumference.
I know I’ve got it when I can:
I can Find the circumference given diameter.
I can Find the circumference given radius.
Topic: Add and Subtract Rational Expressions
Lesson Objective:
and Subtract Rational expressions.
I know I’ve got it when I can:
Add Rational expressions.
Subtract Rational expressions
Lesson Objective: Identity types of polynomials and write them by using
the standard form
I know I’ve got it when I can:
Use product of powers rule to multiply monomials.
Use power of powers rule to multiply monomials.
Topic: Apply Pythagorean Theorem
Topic: Apply Pythagorean Theorem
Apply the P.T on the coordinate plane
I know I’ve got it when I can:
State the Pythagorean Theorem.
Find the length of a segment
Topic: Random Sampling
Topic: Random Sampling
Identify bias in samples and survey questions
I know I’ve got it when I can:
Identify the bias in samples.
Identify survey questions.
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Topic: Random Sampling
Topic: Random Sampling
identify representative sampling methods.
I know I’ve got it when I can:
Identify the type of sample .
Topic: Arcs and Chords
Topic: Arcs and Chords
: Use a Radius and Diameter perpendicular to a chord.
I know I’ve got it when I can:
Understand how radius and diameter are used.
Know when they are perpendicular to a chord.
Multiplying Binomials Using the Square of Sum Method
Topic:
: Multiplying Binomials Using the Square of Sum MethodI know I’ve got it when I can:
Square of sum of two single variables
Square of binomial
Topic: Solve Rational Equations
Topic: Solve Rational Equations
Lesson Objective:
Solve rational equations algebraically
I know I’ve got it when I can:
List excluded values.
Solve using LCD without extraneous solutions .
Topic: Multiply a polynomial by a monomial
Topic: Multiply a polynomial by a monomialI know I’ve got it when I can:
Use Distributive property to simplify polynomials
Multiply polynomial by a monomial
Topic: Measure Arc length and use Radians
Topic: Measure Arc length and use Radians
I know I’ve got it when I can:
I can convert degrees to radian.
I can convert radian to degrees
Topic: Circles on the coordinate Plane
Topic: Circles on the coordinate Plane
Find the circle circumference.
I know I’ve got it when I can:
I can Find the circumference given diameter.
I can Find the circumference given radius.
Topic: Identity types of polynomials and write them by using the standard
Topic: Identity types of polynomials and write them by using the standard form
I know I’ve got it when I can:
Use product of powers rule to multiply monomials.
Use power of powers rule to multiply monomials.
Topic: Investigate Roots
Topic: Investigate Roots
Evaluate square and cube roots.
I know I’ve got it when I can:
1- Calculate square and cube perfect roots.
2- Identify the relationship between squaring, cubing, and their inverse operations
Topic: Rational and Irrational Numbers
Topic: Rational and Irrational Numbers
Recognize rational and irrational numbers
I know I’ve got it when I can:
I can Identify rational and irrational numbers.
I can Explain why a number is rational or irrational based on its decimal expansion
Topic: Rational and Irrational Numbers
Topic: Rational and Irrational Numbers
Convert repeating decimals into fractions
I know I’ve got it when I can:
I can Recognize the repeating part of a decimal.
I can Convert repeating decimal to fraction.
Topic: Solve Rational Equations
Topic: Solve Rational Equations
Lesson Objective:
Solve rational equations algebraically
I know I’ve got it when I can:
Solve rational equations in one variable algebraically with an
extraneous solutions .
Topic: angle measures
Topic: angle measures
convert angle measure from degree to radian and convers
I know I’ve got it when I can:
I can convert angle measure from degree to radian .
I can convert angle measure from radian to degree .
Lesson Objective: Identity types of polynomials and write them by using the
Lesson Objective: Identity types of polynomials and write them by using the standard form
I know I’ve got it when I can:
Use product of powers rule to multiply monomials.
Use power of powers rule to multiply monomials.




















