This video introduces the Multiplication Rule for dependent events.
- Subject:
- Mathematics
- Material Type:
- Demonstration
- Provider:
- Khan Academy
- Date Added:
- 03/15/2018
This video introduces the Multiplication Rule for dependent events.
In this Khan Academy activity, students will answer questions about dependent and independent events.
Students are asked to describe events both verbally and as subsets of a sample space.
In this Khan Academy activity, students will determine if two triangles are congruent.
In this Khan Academy activity, students will determine if two triangles are congruent using AA.
In this Khan Academy activity, students will find the line of reflection that reflects the given shape and it's reflection.
In this Khan Academy activity, students will find the line of reflection that reflects the given shape and it's reflection.
In this Khan Academy activity, students will find the angle of rotation of a given shape and it's image.
In this Khan Academy activity, students will determine if two triangles are similar to a third using SSS.
In this Khan Academy activity, students will determine the translation of a given shape.
This video uses the SSS, ASA, SAS, and AAS postulates to find congruent triangles.
This video goes over the multiplication rule for independent events using a die rolling example.
In this Khan Academy activity, students will plot the image of a point under a dilation and scale factor.
In this Khan Academy activity, students will plot the image of a triangle under a dilation and scale factor.
This video shows how we can use dilations to map a line into another, parallel, line.
This video defines center and using scale factor.
Interactive tool which allows user to test center and scale factor of dilations.
From Georgia Virtual school. Gret resource explaining dilations and scale factors
Unit on dilations with practice.
Given grid paper, a centimeter ruler, a protractor, and a sheet of patty paper the students will generate and apply the relationship between the scale factor of dilation and the coordinates of the image, angle measures, perimeter, and area by completing data tables and by redrawing figures on graph paper.