Over the past several years that I have taught Science 9, I always assigned a major
independent project to cover the outcomes in the Exploring Our Universe unit. Since this
unit is a favorite with my students, I began to integrate some instructional pieces above and
beyond their major projects, and ended up with a loose version of a blended learning unit.
Unlike the other units in Science 9, Exploring Our Universe lends itself well to blended
learning as the content can be easily comprehended by most students without lecture-style
teaching. Instead, students are provided with a range of instructional experiences, which
include small group work, computer-based learning, individual work areas, and teacherlead
small groups. Students have a choice for most activities, which means all the outcomes
will be covered, but the depth and areas of focus will vary from student to student. All
activities are self-pacing, and will receive either a formative or summative assessment
throughout the unit. As you will see, some activities work well as for both small group work
and individual work areas. We use Pearson Saskatchewan Science 9 as a textbook for this
unit

This tutorial will show you how to use UFLI's blending board with your students.

The UFLI Blending Board is a tool used in literacy instruction to help learners practice blending sounds together to form words. It typically consists of a surface with letters or letter combinations, allowing learners to visually and kinesthetically engage with the sounds and improve their reading skills.

Be sure to watch the tutorial to learn more about how to use the blending board if needed.

Students use a text set to increase understanding of content area material and demonstrate what they have learned by writing an original piece that blends together narrative and expository elements.

To prepare for literature circles featuring historical novels, students research the decades of the 1930s to the 1990s and share their information using Prezi, a web application for creating multimedia presentations.

"This is one of those rare games that reinforces both the skill of multiplication and the visual model that makes sense of it. Blockout can be played competitively or collaboratively, and is a wonderful game to introduce or reinforce the concepts behind multiplication."

You can download the PDF or play virtually

In this task, output is given from a computer-generated simulation, generating size-100 samples of data from an assumed school population of 2000 students under hypotheses about the true distribution of yes/no voters.

Make the most of your students' diverse ability levels and experience with a prewriting activity in which they describe an abstract idea using blogging and photographs that they have taken.

Your blog project is intended to serve several purposes and fill many objectives:

Purposes:

To express your personal responses to projects and learning that occurs throughout the course
To make connections between classroom learning and your own experiences
To reflect on learning opportunities in the classroom
To share your ideas and thoughts an audience – peers, parents, community (local/global)
To share your voice about issues and topics related to this course
To link to websites and sources with related materials
Objectives:

Share and present ideas
Make connections
Reflect on learning
Demonstrate respectful communication in an online environment

We used blogging for many assignments, journals, and in place of exit slips often. We started out with familiarizing ourselves with how to log in and create posts. Our earliest posts were very basic, starting with introducing ourselves and writing about our likes, dislikes, what we did on the weekend, etc. Students were asked to create responses about a novel study we had done, The Mouse and the Motorcycle. I created prompts and had students submit their posts. After finishing the novel, we watched the video and then posted a compare/contrast assignment on the blog. We also used the "Piracy Pirates" game at mediasmarts and blogged about 3 things we learned and the connections we made between online privacy/safety and our own experiences. Students were always encouraged to make quality comments to their peers after posting.

Students work together to create their own utopias, using blogs as the primary source of publication.

Students will make a proportional model of blood out of red gelatin, a plastic bag, and rice. They will learn about the different components that make up blood and will investigate what happens when the arteries and veins experience buildup from cholesterol. They will then work in pairs to brainstorm ways to clean our clogged arteries.

Students are introduced to the circulatory system with an emphasis on the blood clotting process, including coagulation and the formation and degradation of polymers through their underlying atomic properties. They learn about the medical emergency of strokes the loss of brain function commonly due to blood clots including various causes and the different effects depending on the brain location, as well as blood clot removal devices designed by biomedical engineers.

This activity was designed for blind learners, but all types of learners can use it to understand how blood flows through the heart. The purpose of this activity is to illustrate the flow of blood in the heart and the function of the heart valves. It offers an opportunity to study the chambers, valves and blood flow with hands on, and an interactive method.

Students study how heart valves work and investigate how valves that become faulty over time can be replaced with advancements in engineering and technology. Learning about the flow of blood through the heart, students are able to fully understand how and why the heart is such a powerful organ in our bodies.

Blood behaves not unlike those spilled water droplets, and the speed at which the droplets travel when they strike a surface, known to analysts as a target, affects their shape. This speed, combined with angle and surface characteristics, also determines how far blood droplets skip or bounce after meeting a barrier.

Half of all Canadians are fit to donate blood, but only 1 in 60 Canadians gave blood last year. Our organ donation rates are also lower than many countries, including the United States.

Because blood behaves according to certain scientific principles, trained bloodstain pattern analysts can examine the blood evidence left behind and draw conclusions as to how the blood may have been shed. From what may appear to be a random distribution of bloodstains at a crime scene, analysts can categorize the stains by gathering information from spatter patterns, transfers, voids and other marks that assist investigators in recreating the sequence of events that occurred after bloodshed. This form of physical evidence requires the analyst to recognize and interpret patterns to determine how those patterns were created.

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Welcome to the World of Blooket: a new take on trivia and review games! Sign up to get started! Introduction video @ https://www.youtube.com/watch?v=tFe9Rch0Q8w

The way it works is that a teacher/host picks a question set and a unique game mode. Then, we generate a code that players can use to join the game on their own devices. After the game starts, players will answer questions to help them win. That’s where the fun starts, because we offer a variety of games to keep students engaged and excited!

Students are encouraged to participate in games with rewards for answering questions and exploring new methods of learning. Overcoming our challenges drives students to perform well while reviewing.

Question sets can be painlessly imported or created easily with our powerful Set Builder. You can also explore our incredible collection of sets built by other amazing users on the Discover page.

Ditch the old, redundant classroom review game and try out our variety of unique, engaging game modes. Also, edit game settings with a variety of options to truly make Blooket the perfect tool for you.