Probability and Statistics - Permutations and Combinations Calculating - Intro
46 Topics, 2 Skills
Letter Notation to Formula
Topic 1
Letter Notation to Description
Topic 2
Formula to Description
Topic 3
Description to Formula
Topic 4
Description to Value
Topic 5
Letter Notation to Value
Topic 6
Formula to Letter Notation
Topic 7
Formula to Value
Topic 8
Description to Letter Notation
Topic 9
Letter Notation to Value
Topic 10
Formula to Letter Notation
Topic 11
Formula to Value
Topic 12
Description to Letter Notation
Topic 13
Letter Notation to Formula
Topic 14
Letter Notation to Description
Topic 15
Formula to Description
Topic 16
Description to Formula
Topic 17
Description to Value
Topic 18
Formula to Bracket Notation
Topic 19
Bracket Notation to Letter Notation
Topic 20
Bracket Notation to Description
Topic 21
Probability Calculation - nPm Notation - Simple Single
Topic 22
Probability Calculation - Binomial Notation - Simple Single
Topic 23
Probability Calculation - nCm Notation - Simple Multiplication
Topic 24
Probability Calculation - nPm Notation - One Over Simple Single
Topic 25
Probability Calculation - Binomial Notation - One Over Simple Single
Topic 26
Probability Calculation - nCm Notation - Simple Division
Topic 27
Probability Calculation - nPm Notation - One Over Simple Multiplication
Topic 28
Probability Calculation - Binomial Notation - One Over Simple Multiplication
Topic 29
Probability Calculation - nCm Notation - Single Over Simple Multiplication
Topic 30
Probability Calculation - nPm Notation - Simple Multiplication Over Single
Topic 31
Probability Calculation - Binomial Notation - Simple Multiplication Over Single
Topic 32
Description to Bracket Notation
Topic 33
Letter Notation to Bracket Notation
Topic 34
Bracket Notation to Formula
Topic 35
Bracket Notation to Value
Topic 36
Probability Calculation - nCm Notation - Simple Single
Topic 37
Probability Calculation - nPm Notation - Simple Multiplication
Topic 38
Probability Calculation - Binomial Notation - Simple Multiplication
Topic 39
Probability Calculation - nCm Notation - One Over Simple Single
Topic 40
Probability Calculation - nPm Notation - Simple Division
Topic 41
Probability Calculation - Binomial Notation - Simple Division
Topic 42
Probability Calculation - nCm Notation - One Over Simple Multiplication
Topic 43
Probability Calculation - nPm Notation - Single Over Simple Multiplication
Topic 44
Probability Calculation - Binomial Notation - Single Over Simple Multiplication
Topic 45
Probability Calculation - nCm Notation - Simple Multiplication Over Single
Topic 46
This topic focuses on understanding and applying the combinatory formula \( \binom{n}{m} \) in different contexts, which involves calculating the number of ways to choose \( m \) elements from a set of \( n \) elements without considering the order. The problems present various scenarios with sets involving elements ranging from 3 to 6 and ask the students to identify the correct interpretation of the combinatorial formula based on these scenarios. Each question provides a specific formula expression and multiple descriptions, where students must select the description that accurately matches the formula. This practice helps enhance comprehension of fundamental probabilistic concepts, specifically focusing on combinations and factorial calculations in a probability and statistics context.
Work on practice problems directly here, or download the printable pdf worksheet to practice offline.
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Select the correct description for this formula
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