Today I am giving you a look at the homeschool curriculum Biology 101 from Westfield Studios. I am using this for Highschool biology for my 10th grader.
I am a homeschool mom of 4 boys and we are in n our 15th year homeschooling

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Biology 101 https://the101series.com/products/biology-101

Videos we use for Lab
https://youtube.com/@aceconnect

Homeschool Highschool videos https://youtube.com/playlist?l....ist=PLh31zshX8kejKB_

For Employees of hospitals, schools, universities and libraries: download up to 8 FREE medical animations from Nucleus by signing up for a free trial at: http://nmal.nucleusmedicalmedi....a.com/biology_youtub

#xyGraphs #LineGraphs #BarGraphs #AreaGraphs #PieCharts #biology

SCIENCE ANIMATION TRANSCRIPT: Let's look at different types of graphs and see how they work. Graphs are diagrams that display data in an organized and easy-to-read fashion. Note that all graphs must have a title that summarizes this data. There are different kinds of graphs, so it's important to know how to interpret each type. When you know how to do that, you will be able to create a graph of your own. The types of graphs we will look at are X-Y graphs, line graphs, area graphs, bar graphs, and pie charts. First, we'll look at X-Y graphs. X-Y graphs, also known as scatter plots, look at how two events or variables are possibly related. The horizontal X-axis shows data that represents the independent variable. Remember, the independent variable is the variable you're intentionally changing or testing in an experiment. For example, the independent variable might be how long a student studies. The vertical Y-axis shows data that represents the dependent variable. You may recall that the dependent variable is the outcome you're observing or measuring as a result of exposure to the independent variable. For example, the dependent variable could be the grade that corresponds with how long a student studied. You can use X-Y graphs to look for trends in the relationship between the independent and dependent variables. If the values of both of these variables rise, then a line connecting the data points will show an upward trend. This means the variables are positively correlated. Now, let's change the graph to show how class grades are affected as the study time goes down. If the values of both variables go down, then a line connecting the data points will show a downward trend on the graph. Note that this is also described as a positive correlation. A positive correlation means the values of both variables are increasing or that the values of both variables are decreasing. So, what is a negative correlation? In a negative correlation, one variable goes up while the other goes down. Here, we're showing how class grades might go down as the number of missed classes goes up. So a line connecting the data points will show a downward trend. Remember, variables are negatively correlated when one value is increasing while the other value is decreasing. In some cases, the variables might follow a random pattern and have no relationship. As an example, this graph plots student height with class grades. As you can see, these variables demonstrate no correlation. Now, let's talk about line graphs. Line graphs are used to track certain changes as measured on the Y-axis, usually, over a period of time, as measured on the X-axis. This line graph shows the number of magazines sold over the course of a week. Reading this graph, you can see the most magazines were sold on Thursday and the least number of magazines were sold on Friday. Next up are area graphs. Area graphs are a combination of multiple line graphs. When making an area graph, each line graph usually has a different color underneath, with a color key that identifies what each line represents. Area graphs are useful for comparing datasets and identifying trends, such as what items are hot sellers or weak sellers in each month. Now, we move to bar graphs. A bar graph can compare different groups, such as the number of people who own different pets. Like line graphs, a bar graph can also track changes over time. The last type of graph we'll talk about is a pie chart. A pie chart shows the various parts that make up a whole. A pie chart often looks like a pizza cut into uneven slices. Just like all the pizza slices put together make up 100% of the pizza pie, all the sections of a pie chart represent different amounts that add up to 100% of the total amount. For example, in a classroom of 30 students, this pie chart represents how many have brown eyes versus blue eyes versus green eyes. Pie charts don't show trends, they just show how things are distributed within a group. So to review, graphs are an organized way to show data. X-Y graphs show how an independent variable on the X-axis relates to a dependent variable on the Y-axis. Line graphs also have X and Y axes but track changes that take place usually over time. Area graphs are a combination of multiple line graphs. Bar graphs compare values or track changes over time. And pie charts show the various percentages of things within a whole group.

NSV16032

Available March 10, 2015 on iTunes, Amazon and more! Pre-order at https://itunes.apple.com/us/mo....vie/biology-101/id96 now!

Bill Pollard is the very image of the mild-mannered suburbanite. He is a calm and stable husband and father, and teaches biology at Thatherton Community College. He is also hopelessly addicted to Internet pornography. The object of Bill's lustful obsession is webcam vixen Dani Darling. He spends his nights secretly entranced by her scintillating images, keeping his illicit fantasies hidden from his wife and family. One day a new student, Marissa Weaver, transfers into Bill's Monday-Wednesday biology class. There's something very familiar about her. Bill comes to suspect that normal college student Marissa Weaver may lead a secret private life as Dani Darling. His pathological desire to find the truth leads him down a destructive spiral of blackmail and perverse sexual obsession.

Starring: David Welborn, Noelle DuBois, Deborah O'Brien, Emily Bicks, Money MacTavish, Morgan Peter Brown, David Allan Graf

Directed By: Christopher Smith

Screenplay By: Christopher Smith, Liz Bradley

Produced By: Charles Myers, Robert Shulevitz

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See Timestamps below :) This narrated lecture corresponds with Chapter 3 of the Campbell Biology textbook.

Videos Shown:
NASA Perpetual Oceans https://www.youtube.com/watch?v=CCmTY0PKGDs

⏰ Timestamps

0:01 Intro
0:18 Objectives
0:45 Water Background
3:06 Bond Review
5:30 4 Emergent properties
5:45 1. Cohesion & Adhesion (Surface Tension)
8:36 2. Moderation of Temperature (Kinetic Energy, calories, kcal, specific heat, heat of evaporation)
19:54 3. Ice floats on Liquid Water (Density)
23:13 4. The solvent of Life (Homogenous and Heterogenous, solutions, solutes)
27:24 Emergent Properties Recap
29:08 Solute Concentrations (Molecular Mass, moles, molar mass, Molarity)
37:37 %Solution and Mass to Volume Ratio
38:54 Acids and Bases
42:57 The pH Scale
51:17 Buffers
52:58 Practice Problem Solutions

Copyright Notice
This video and its content is copyright of J Skorupa - © J. Skorupa 2023. All rights reserved. Any redistribution or reproduction of part or all of the contents in any form is prohibited other than the following:
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You may not, except with our express written permission, distribute or commercially exploit the content. Nor may you transmit it or store it in any other website or other forms of an electronic retrieval system.

#BiologyLecture​ #CampbellsBiology​ #CollegeBiology​ #ProfessorSBiology​ #CellBiology #biology #college #cell #education #educational

In this episode of Crash Course, Hank introduces you to the complex history and terminology of Anatomy & Physiology.

Pssst... we made flashcards to help you review the content in this episode! Find them on the free Crash Course App!
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Chapters:
Introduction 00:00
History of Anatomy 2:34
Physiology: How Parts Function 3:48
Complementarity of Structure & Function 4:09
Hierarchy of Organization 4:20
Directional Terms 7:27
Review 10:24
Credits 10:59

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اول واهم محاضرة في مادة ال Biology مع المحاضرة المتميزة زين العناني ❤️

طبعاً لا تنسو انو الدوسية هي اهم خطوة نحو الA بمادة ال Biology
واكيد ما في دوسية افضل من دوسية زين!

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How does the human body work? What roles do the digestive, reproductive, and other systems play? Learn about human anatomy and the complex processes that help your body function.
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This video outlines the course content for Biology, for first year student in the university.

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Biology 101 · Pi'erre Bourne

The Life Of Pi'erre 5

℗ 2021 Interscope Records

Released on: 2021-06-11

Producer, Studio Personnel, Mixer, Recording Engineer, Associated Performer, Rap Vocalist: Pi'erre Bourne
Studio Personnel, Assistant Mixer: James Kang
A& R: Brandon Brown
A& R Coordinator: Monique Teclemariam
Studio Personnel, Mastering Engineer: Bill Jabr
Studio Personnel, Assistant Mastering Engineer: Travis Louis
Composer Lyricist: Jordan Jenks

Auto-generated by YouTube.

I know the audio is pretty bad on this. Sorry! I created a new version of this content (broken into several smaller videos because my students really hate hour and a half lectures) that can be found here: https://youtu.be/zoTHIq8QxIE

Here is also a link to the new BIO 101 playlist: https://youtube.com/playlist?list=PL3WDSce8NaH5z3iibhbOnRzii0DDTavcp&feature=shared

If you are interested, here is a link to the new BIO 102 playlist: https://youtube.com/playlist?list=PL3WDSce8NaH4bpkFk_am9vOyGrrqTSAH7&feature=shared