This math topic focuses on the probability and statistics skills involving calculations with factorials, specifically calculating possible arrangements of cards including scenarios with repeated elements. The problems ask students to determine the number of ways cards can be arranged in increasing order when some cards may be identical, illustrated with expressions related to permutations and combinations. Each problem offers multiple choices represented by mathematical expressions and calculations. These exercises serve as an introduction to understanding and manipulating factorials in probabilistic contexts.
Work on practice problems directly here, or download the printable pdf worksheet to practice offline.
Practice:
Duplicate Orders in 3 Cards, 1 Repeat - to Equation
Complete these online problems with 80% or 4 correct answers in a row. Results are immediate.
How many ways can these cards be arranged to still be arranged smallest to largest? Show as a multiplication.
Probability Counting - Duplicate Orders in 3 Cards, 1 Repeat - to Equation Worksheet
| Math worksheet on 'Probability Counting - Duplicate Orders in 3 Cards, 1 Repeat - to Equation (Level 1)'. Part of a broader unit on 'Probability and Statistics - Probability with Factorials Intro' Learn online: app.mobius.academy/math/units/probability_and_statistics_probability_with_factorials_intro/ |
| How many ways can these cards be arranged to still be arranged smallest to largest? Show as a multiplication. |
| How many ways can these cards be arranged to still be arranged smallest to largest? Show as a multiplication. |
| How many ways can these cards be arranged to still be arranged smallest to largest? Show as a multiplication. |
| How many ways can these cards be arranged to still be arranged smallest to largest? Show as a multiplication. |
| How many ways can these cards be arranged to still be arranged smallest to largest? Show as a multiplication. |
| How many ways can these cards be arranged to still be arranged smallest to largest? Show as a multiplication. |
| How many ways can these cards be arranged to still be arranged smallest to largest? Show as a multiplication. |