Instructional Video5:17
Curated Video

GCSE Secondary Maths Age 13-17 - Probability & Statistics: Tree Diagrams - Explained

9th - 12th
SchoolOnline's Secondary Maths videos are brilliant, bite-size tutorial videos delivered by examiners. Ideal for ages 13-17, they cover every key topic and sub topic covered in GCSE Maths in clear and easy to follow...
Instructional Video3:51
Curated Video

Using a Tree Diagram - Probability

9th - 12th
In this math video we will be using a tree diagram to determine the number of different combinations possible for desired outcomes. We will learn how to read a tree diagram showing probable outcomes. We will use the tree diagram to...
Instructional Video5:00
Curated Video

An Introduction to Tree Diagrams

3rd - Higher Ed
This video explains how to work with tree diagrams for probability. We explain how to use them to calculate probabilities for a combination of outcomes for more than one event and how to draw a tree diagram for a probability question....
Instructional Video25:48
Curated Video

Conditional probability in a tree diagram

Pre-K - Higher Ed
Pupil outcome: I can calculate a conditional probability from a tree diagram. Key learning points: - A tree diagram can be used to calculate conditional probabilities - A tree diagram can be used to calculate conditional probabilities...
Instructional Video7:28
Curated Video

Finding Probability of Compound Events - Tree Diagrams & Fundamental Counting Principle - 7.SP.C.8

9th - Higher Ed
Welcome back to Math Defined*! I'm Mrs. C, and today we're diving into **finding probability for a compound event* β€” where multiple decisions come together to create a whole world of outcomes. βš½πŸ§¦πŸ‘•



In this lesson,...
Instructional Video18:50
Curated Video

Calculating theoretical probabilities from probability trees (two events)

Pre-K - Higher Ed
Pupil outcome: I can calculate and use theoretical probabilities for combined events using probability trees (2 events). Key learning points: - The probability of an outcome can be found with a probability tree diagram showing all...
Instructional Video26:21
Curated Video

Combinations

Pre-K - Higher Ed
Pupil outcome: I can derive the product rule for counting, including when to divide by 2. Key learning points: - By systematically listing the outcomes for two or more events, a pattern begins to emerge - This pattern can be generalised...
Instructional Video4:55
KnowMo

Understanding Venn Diagrams and Probability Trees for Calculating Probabilities

12th - Higher Ed
The video provides an overview of two mathematical tools used to calculate probabilities: Venn diagrams and probability trees. The speaker explains the concept of sets and elements within a set, and how Venn diagrams can be used to...
Instructional Video30:28
Curated Video

Comparing multiple representations to calculate theoretical probabilities for combined events

Pre-K - Higher Ed
Pupil outcome: I can compare and contrast the usefulness of the different representations when calculating theoretical probabilities for combined events. Key learning points: - The probability of an outcome can be found from multiple...
Instructional Video27:58
Curated Video

Set notation

Pre-K - Higher Ed
Pupil outcome: I can use formal language for set notation and see how it relates to various representations. Key learning points: - Set notation is a shorter way of writing probability statements - The notation relates to certain aspects...
Instructional Video7:42
Curated Video

Describing Sample Spaces and Probability

K - 5th
This video explains the concept of sample space and how to organize all possible outcomes using examples such as gender outcomes and playing Rock, Paper, Scissors. It also introduces the fundamental counting principle and discusses the...
Instructional Video34:43
Curated Video

Problem solving with advanced algebraic fractions

Pre-K - Higher Ed
Pupil outcome: I can use my knowledge of advanced algebraic fractions to solve problems. Key learning points: - Real world formula can be complex and contain multiple variables. - When rearranging, you can sometimes check equivalence...
Instructional Video18:34
Curated Video

Comparing what plants need in different habitats

Pre-K - Higher Ed
Pupil outcome: I can compare how the requirements of plants can vary from plant to plant. Key learning points: - A good habitat for a plant provides a combination of air, light, water, nutrients from the soil and room to grow. - The...
Instructional Video
Khan Academy

Khan Academy: Counting With Trees (Video)

9th - 10th
Tree diagrams allow us to visualize these counting problems using any number of parts. [0:48]
Instructional Video
Khan Academy

Khan Academy: Tree Challenge (Video)

9th - 10th
In this video (1:152) poses the question: How can trees be combined to count robots with many parts? Now, we need three kinds of parts; heads, bodies, and arms which can't be done with the table. See if you can combine the two diagrams...
Instructional Video
Virtual Nerd

Virtual Nerd: Using a Tree Diagram to Count Number of Outcomes in a Sample Space

4th - 5th
Demonstrates how to construct a tree diagram to systematically find out how many combinations you can make from three types of shirts, two bottom types, and two kinds of shoes. [6:16]
Instructional Video
Virtual Nerd

Virtual Nerd: Use a Tree Diagram to Count Number of Outcomes in a Sample Space

9th - 10th
Discover how to use a tree diagram to figure out how many different outfits can be created from the possible shirts, bottoms, and shoes given. [6:16]
Instructional Video
Khan Academy

Khan Academy: 4. Counting With Trees

6th - 8th
Tree diagrams allow us to visualize these counting problems using any number of parts.
Instructional Video
Khan Academy

Khan Academy: Two Headed Robots (Video)

9th - 10th
Video [1:31] What happens if the director changes their mind and asks for two headed robots with different heads? How do you figure the combinations?
Instructional Video
Khan Academy

Khan Academy: Casting Challenge (Video)

9th - 10th
Now it's your turn to drive. In this video [2:12] we'll present you with a casting challenge to complete using everything we've learned so far. Challenge: Build exactly 12 different robots with a total cost below $300.

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