Hello Everyone!
This month is rapidly coming to an end. That means, Spring Break is close!!!
Check your classwork on this blog. Each class has something to work on.
Welcome Spring! Now let's get to work...
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Period 1 - Robotics
Tinkercad sign-up link - use your first name
Sphero Class Code - 7QMRG3
- Computer Science - 69499f
- What is AI -
Monday - Morning Routine
- Teams will present their movies
- All teams will offer constructive criticism on what is missing and what can be added to improve the story, the editing, the music, the scenes, and the overall feel of the delivery.
- Each student will get to take their team's movie and edit it the way they feel it should look. You will need to consider all the comments given.
- You have until Wednesday to make your Final Cut and post it in your portfolio
Expedition Project - Final Cut Movie
Tuesday - Morning Routine
Expedition Project - Final Cut Movie W
Period 2 Advisory
Monday - Morning Routine
Tuesday - Morning Routine
On our own to do classwork
Period 3 Science
Join our typing team. Click here
Tinkercad sign-up link - If you have a Tinkercad account, you may need to add this code - ELY98AXG5
Trout Genetics
Genetics is the study of heredity, focusing on how traits—such as physical appearance, health risks, and biological functions—are passed from parents to offspring through genes. It involves DNA structure, gene expression, and variations, forming the basis of human health, evolution, and biological research
Alleles are variant forms of a specific gene located at the same position (locus) on a chromosome, which determine inherited traits. Humans inherit two alleles for each gene—one from each parent—which can be identical (homozygous) or different (heterozygous). These variations dictate characteristics like eye color or blood type through dominant or recessive interactions.
Homozygous refers to inheriting two identical versions (alleles) of a specific gene from both biological parents, creating a uniform genetic marker for a trait. Types include homozygous dominant () and homozygous recessive (), whereas heterozygous individuals have two different alleles ().
Homozygotes express distinct traits like homozygous recessive disorders (e.g., cystic fibrosis) or dominant traits (e.g., blue eyes) and always pass the same allele to offspring
Monday - Morning Routine
Review Friday
What questions do you have?
Tuesday - Morning Routine
Test Review
Collect Lake Casitas Field trip forms
Period 4 - Science
Trout Genetics
Genetics is the study of heredity, focusing on how traits—such as physical appearance, health risks, and biological functions—are passed from parents to offspring through genes. It involves DNA structure, gene expression, and variations, forming the basis of human health, evolution, and biological research
Alleles are variant forms of a specific gene located at the same position (locus) on a chromosome, which determine inherited traits. Humans inherit two alleles for each gene—one from each parent—which can be identical (homozygous) or different (heterozygous). These variations dictate characteristics like eye color or blood type through dominant or recessive interactions.
Homozygous refers to inheriting two identical versions (alleles) of a specific gene from both biological parents, creating a uniform genetic marker for a trait. Types include homozygous dominant () and homozygous recessive (), whereas heterozygous individuals have two different alleles ().
Homozygotes express distinct traits like homozygous recessive disorders (e.g., cystic fibrosis) or dominant traits (e.g., blue eyes) and always pass the same allele to offspring
Monday - Morning Routine
Review Friday
What questions do you have?
Tuesday - Morning Routine
Test Review
Collect Lake Casitas Field trip forms
Period 6 - Tech Tales ELD
Tinkercad sign-up link - If you have a Tinkercad account, you may need to add this code - AUDDGHSGY
Tell a Story
With a partner or on your own, write your own short story about anything you want, and be sure to identify the components: the introduction, setting, plot, characters, conflict, resolution, and ending. Once you have a good idea of each element in the story, write it down on paper.
Then, create a quick storyboard to give you an idea of what your story will look like.
Get into Scratch Scratch Link P6
Here is a video that can help get you going
Tuesday - Morning Routine
Tell a Story
Work in Scratch on your story.
Wednesday - Morning Routine
Tell a Story
Work in Scratch on your story.
Tell a Story
Work in Scratch on your story.
Tell a Story
Work in Scratch on your story.
Hand out new schedules
Period 7 - Tech Tales ELD
Tell a Story
With a partner or on your own, write your own short story about anything you want, and be sure to identify the components: the introduction, setting, plot, characters, conflict, resolution, and ending. Once you have a good idea of each element in the story, write it down on paper.
Then, create a quick storyboard to give you an idea of what your story will look like.
Get into Scratch Scratch Link P6
Here is a video that can help get you going
Tuesday - Morning Routine
Tell a Story
Work in Scratch on your story.
Wednesday - Morning Routine
Tell a Story
Work in Scratch on your story.
Tell a Story
Work in Scratch on your story.
Tell a Story
Work in Scratch on your story.
Space Out Friday
Here are some Google Chromebook shortcuts that can help you out. Try them when you can. You can find a more comprehensive list here.
