Podcast
Questions and Answers
What is a sequence?
What is a sequence?
An ordered list of numbers.
What does f(1) or a₁ represent?
What does f(1) or a₁ represent?
1st term
What is a previous term in a sequence?
What is a previous term in a sequence?
Previous term
What are recursive formulas?
What are recursive formulas?
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What are explicit formulas?
What are explicit formulas?
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What does 'd' represent in sequences?
What does 'd' represent in sequences?
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What does 'r' represent in sequences?
What does 'r' represent in sequences?
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What is the Recursive formula for an Arithmetic Sequence?
What is the Recursive formula for an Arithmetic Sequence?
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What is the Explicit formula for an Arithmetic Sequence?
What is the Explicit formula for an Arithmetic Sequence?
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What is the Recursive formula for a Geometric Sequence?
What is the Recursive formula for a Geometric Sequence?
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What is the Explicit formula for a Geometric Sequence?
What is the Explicit formula for a Geometric Sequence?
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What is a Geometric sequence?
What is a Geometric sequence?
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What is an Arithmetic sequence?
What is an Arithmetic sequence?
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What is summation (Sigma) notation?
What is summation (Sigma) notation?
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What is a series in mathematics?
What is a series in mathematics?
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What is the Arithmetic Series Formula?
What is the Arithmetic Series Formula?
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What is the Geometric Series Formula?
What is the Geometric Series Formula?
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What is a horizontal asymptote?
What is a horizontal asymptote?
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What is domain in a function?
What is domain in a function?
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What is range in a function?
What is range in a function?
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What is the basic form of an exponential function?
What is the basic form of an exponential function?
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What characterizes a decreasing exponential function?
What characterizes a decreasing exponential function?
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What characterizes an increasing exponential function?
What characterizes an increasing exponential function?
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What is exponential regression?
What is exponential regression?
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What does (x²)(x³) equal?
What does (x²)(x³) equal?
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What is x⁸ ÷ x⁵ equal to?
What is x⁸ ÷ x⁵ equal to?
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What is 4⁻²?
What is 4⁻²?
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What does 5⁰ equal?
What does 5⁰ equal?
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What does (x³)⁵ equal?
What does (x³)⁵ equal?
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What is (2xy²)³ equal to?
What is (2xy²)³ equal to?
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What does (3/x⁴)³ equal?
What does (3/x⁴)³ equal?
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What does 25 ^ ½ equal?
What does 25 ^ ½ equal?
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What does 4^3/2 equal?
What does 4^3/2 equal?
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What is a vertical asymptote?
What is a vertical asymptote?
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What is the Exponential Growth and Decay Model?
What is the Exponential Growth and Decay Model?
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What is solving an exponential equation using logs?
What is solving an exponential equation using logs?
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What is the Product Log Law?
What is the Product Log Law?
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What is the Quotient Log Law?
What is the Quotient Log Law?
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What is the Power Log Law?
What is the Power Log Law?
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What is the Exponential Function Graph?
What is the Exponential Function Graph?
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What is the Logarithmic Function Graph?
What is the Logarithmic Function Graph?
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What are inverse functions?
What are inverse functions?
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What is a common log?
What is a common log?
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What is a natural log?
What is a natural log?
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What is the Compound Interest Formula?
What is the Compound Interest Formula?
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What is the Continuous Compound Interest Formula?
What is the Continuous Compound Interest Formula?
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What is the Half-Life Formula?
What is the Half-Life Formula?
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What is the Method of Common Bases?
What is the Method of Common Bases?
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What are Trig facts (Unit Circle)?
What are Trig facts (Unit Circle)?
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What is the equation of the unit circle?
What is the equation of the unit circle?
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What does sin(θ) in the unit circle equal?
What does sin(θ) in the unit circle equal?
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What does cos(θ) in the unit circle equal?
What does cos(θ) in the unit circle equal?
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What is a reference angle?
What is a reference angle?
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What are coterminal angles?
What are coterminal angles?
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Study Notes
Sequences
- A sequence is an ordered list of numbers, defined as a function with the domain of positive integers.
- The first term of a sequence is denoted as f(1) or a₁.
- A recursive formula generates terms based on previous terms, while an explicit formula uses the term's index (position) to find its value.
Arithmetic and Geometric Sequences
- In an arithmetic sequence, the common difference (d) is the constant amount added to get the next term.
- In a geometric sequence, the common ratio (r) is the constant factor used to multiply terms to find the next.
- Recursive formulas for arithmetic sequences involve the previous term plus the common difference, while explicit formulas compute terms using the index.
- Geometric sequences follow similar patterns with their recursive and explicit formulations.
Series and Summation
- A series is the sum of the terms of a sequence.
- Summation (Sigma) notation is a concise way to represent the sum of a sequence's terms.
- Arithmetic and geometric series have distinctive formulas for sum calculation.
Asymptotes
- Horizontal asymptotes are horizontal lines that a graph approaches as the x-values either increase or decrease indefinitely.
- Vertical asymptotes are vertical lines indicating undefined values for a function, often where it tends towards infinity.
Functions and Graphs
- The basic form of an exponential function has the form y = a*b^x, where 'a' is the y-intercept and 'b' is the base (multiplier).
- Decreasing exponential functions have a base (b) between 0 and 1, while increasing exponential functions have a base greater than 1.
- Graphs of exponential and logarithmic functions have specific characteristics and transformations relating to their bases.
Logarithms
- The common logarithm has a base of 10 (y = log(x)), while the natural logarithm is based on 'e' (y = ln(x)).
- Logarithmic properties include Product, Quotient, and Power log laws that simplify complex logarithmic expressions.
Exponential Models
- Exponential growth and decay are modeled using specific formulas that incorporate the base, time, and initial value.
- The compound interest formula calculates interest on an initial amount over time, while continuous compound interest uses a variation for continuous growth.
- The half-life formula relates to exponential decay in the context of radioactive substances, indicating the time required for half of a quantity to decay.
Trigonometry and the Unit Circle
- The unit circle equation is x² + y² = 1, centered at (0, 0) with a radius of 1.
- The sine of an angle (sin(θ)) corresponds to the y-coordinate, while the cosine (cos(θ)) corresponds to the x-coordinate.
- Reference angles are the acute angles between the terminal side of an angle and the x-axis, which help in calculating trigonometric values.
General Concepts
- Inverse functions are formed by switching x and y, and their graphs are symmetric around the line y = x.
- Understanding how to find common bases is crucial for solving exponential equations, followed by equating the exponents for simplification.
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Description
This quiz features flashcards designed to help you review key concepts for the Algebra 2 Regents Exam. It includes definitions and examples of sequences, terms, recursive formulas, and more. Perfect for students looking to sharpen their understanding before the exam.