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				<title>Algebra 3-Period 6/7 - 12:06 pm  (Homer-Center Jr/Sr High School)</title>
				<link>//highschool.homercenter.org/apps/classes/1027250/assignments/</link>
				<description>
					Class Name: Algebra 3-Period 6/7 - 12:06 pm 
					Instructor(s):
					
						Brianne Major
					
					
				</description>
				<language>en-us</language>
				<generator>SchoolSitePro</generator>
				
				
					
					<item>
						<title><![CDATA[Due: 05/25/2022]]></title>
						<guid isPermaLink="false">//highschool.homercenter.org/homeworkItem8729167</guid>
						<link>//highschool.homercenter.org/apps/classes/1027250/assignments/</link>
						
							<description><![CDATA[
								
									Your Dear Data project slides and final postcard are due by 8AM on Wednesday May 25th! Submit your slides to this assignment.<br>
								
								
								
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						<pubDate>Tue, 24 May 2022 15:31:14 PDT</pubDate>
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					<item>
						<title><![CDATA[Due: 03/26/2022]]></title>
						<guid isPermaLink="false">//highschool.homercenter.org/homeworkItem8535807</guid>
						<link>//highschool.homercenter.org/apps/classes/1027250/assignments/</link>
						
							<description><![CDATA[
								
									INSTRUCTIONS<br>Compose an essay using complete sentences and proper grammar answering the following questions with supporting evidence. You will be graded according to the rubric posted with this assignment.<br>What were the greatest challenges for you as you worked on the sorting machine project? How did you work through these challenges?<br>How did your design morph and change as you worked through the prototyping process? How was your final prototype different from your original design?<br>What did you learn about having a growth mindset during this project? Do you feel that you demonstrated a growth mindset or a fixed mindset as you tackled this project?<br>Looking back, what would you have done differently for either your process or your product? <br>How did your group work together? Do you feel that everyone contributed to the final product?<br><br><br>Your essay should be submitted as a Google Doc to this assignment. It is due by Friday, March 25th!<br>
								
								
								
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						<pubDate>Mon, 21 Mar 2022 15:09:44 PDT</pubDate>
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					<item>
						<title><![CDATA[Due: 02/08/2022]]></title>
						<guid isPermaLink="false">//highschool.homercenter.org/homeworkItem8427426</guid>
						<link>//highschool.homercenter.org/apps/classes/1027250/assignments/</link>
						
							<description><![CDATA[
								
									Objective<br>By the end of the lesson, students will be able to identify key elements of a matrix and perform basic operations with matrices.<br><br>Agenda<br>1. Go to our class on Delta Math (Code: 7Y97 C8QB : https://www.deltamath.com/students?code=7Y97-C8QB) and complete the activity "A3: Intro to Matrices Practice + Basic Operations"<br>2. Complete the FID Learning Reflection Google Form below <br>In order to receive credit for attendance for my class for today, you MUST complete ALL PARTS of this assignment by the start of our class on Tuesday.  <br><br>Please feel free to reach out if you have any questions!<br>
								
								
								
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						<pubDate>Fri, 04 Feb 2022 14:02:38 PST</pubDate>
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					<item>
						<title><![CDATA[Due: 02/02/2022]]></title>
						<guid isPermaLink="false">//highschool.homercenter.org/homeworkItem8413769</guid>
						<link>//highschool.homercenter.org/apps/classes/1027250/assignments/</link>
						
							<description><![CDATA[
								
									Directions: Create your own scenario that must be solved using the process of linear programming. You will need to design a scenario that will have at least three constraints that yield a feasible region with at least three vertices to be tested in an objective function. Your scenario needs to be presented as a paragraph with proper grammar, spelling, and punctuation. Your linear programming scenario should be submitted electronically as a Google Doc. You also need to include the answer key for your scenario. This can either be typed or handwritten, but it must include all steps of the linear programming process (system of linear inequalities, graph, feasible region identification, identifying vertices, and testing vertices in objective function with final answer provided in words with labels). After you create your own scenario and submit it, you will be tasked with solving another classmate’s scenario for the final 10 points of the project.<br><br><br><br>Submit your ORIGINAL PROBLEM (without the answer key) to this assignment.<br>
								
								
								
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						<pubDate>Mon, 31 Jan 2022 14:12:58 PST</pubDate>
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					<item>
						<title><![CDATA[Due: 01/19/2022]]></title>
						<guid isPermaLink="false">//highschool.homercenter.org/homeworkItem8383816</guid>
						<link>//highschool.homercenter.org/apps/classes/1027250/assignments/</link>
						
							<description><![CDATA[
								
									Objective<br>By the end of the period, students will be able to manipulate a system of linear equation to find its solution.<br><br>Agenda<br><br>1. Please complete the attendance form (linked below).<br>2. Go to https://student.desmos.com/activitybuilder/student-greeting/61e6222a6889c516504e4d63 and complete the "Make Them Balance" activity.<br><br><br>If you have any questions or issues while you are working, please email me. I will be checking my email at least once every hour. If you email me after 3PM, I might not get back to you until Wednesday. <br><br>In order to receive credit for attendance for my class for Tuesday, you MUST complete this assignment by the start of our class on Wednesday.  <br><br>Please feel free to reach out if you have any questions!<br>
								
								
								
							]]></description>
						
						
						
						<pubDate>Tue, 18 Jan 2022 11:12:51 PST</pubDate>
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					<item>
						<title><![CDATA[Due: 01/14/2022]]></title>
						<guid isPermaLink="false">//highschool.homercenter.org/homeworkItem8352566</guid>
						<link>//highschool.homercenter.org/apps/classes/1027250/assignments/</link>
						
							<description><![CDATA[
								
									Lab Procedurees<br><br>Take your resting heart rate (pulse) in a seated position. Count your pulse for 15 seconds and then multiply by 4.<br>Resting Heart Rate: ____________________<br>Perform 5 minutes of relatively vigorous exercise - go walk up and down the stairs beside my classroom at a quick pace until you hit 5 minutes.<br>Immediately take your pulse for 15 seconds after 5 minutes of exercise. Multiply this number by 4 and record it in the table below. Wait 45 seconds (1 minute after exercise completion) and take your pulse again for 15 seconds, wait 45 more seconds, and continue to repeat until you have completed the table below<br>Add your data to the Desmos link below: https://www.desmos.com/calculator/xobps63vcq<br>Save your Desmos graph under your own account and submit the link found under the sharing icon in the top right corner of your screen.<br>Answer the analysis questions in your packet.<br>
								
								
								
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						<pubDate>Tue, 04 Jan 2022 20:03:57 PST</pubDate>
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					<item>
						<title><![CDATA[Due: 01/14/2022]]></title>
						<guid isPermaLink="false">//highschool.homercenter.org/homeworkItem8352568</guid>
						<link>//highschool.homercenter.org/apps/classes/1027250/assignments/</link>
						
							<description><![CDATA[
								
									Lab Procedurees<br><br>Pour the M&M’s onto the paper plate so that the candies are one layer thick. Inspect the candies. Eat those candies that do not have an “M” showing on one side (Look closely at the yellow ones because the “M” is hard to see.). For our purposes, the candies we use must be marked. Count the marked M&M’s. Write this number in your table as your starting value (Year #0).<br>Put all the marked candies into the cup and dump them onto the plate so that the candies are one layer thick.<br>Count all the M&M’s with the “M” showing and put them into the baggie. These represent atoms that have decayed, so they are safe for you to eat later. <br>Count the remaining M&M’s and record this number in your table. Put them back into the cup. <br>REPEAT STEPS 2,3, and 4 UNTIL ALL THE M&M’S ARE REMOVED. Use as many trials as you need to complete this task<br>Add your data to the Desmos link below: https://www.desmos.com/calculator/bqxcviplif<br>Save your Desmos graph under your own account and submit the link found under the sharing icon in the top right corner of your screen.<br>Answer the analysis questions in your packet.<br>
								
								
								
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						<pubDate>Tue, 04 Jan 2022 20:04:06 PST</pubDate>
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					<item>
						<title><![CDATA[Due: 01/14/2022]]></title>
						<guid isPermaLink="false">//highschool.homercenter.org/homeworkItem8352567</guid>
						<link>//highschool.homercenter.org/apps/classes/1027250/assignments/</link>
						
							<description><![CDATA[
								
									Lab Procedure<br><br><br>Put 4 M&Ms in a cup.<br>Pour the candies onto a sheet of paper. Count the number of M’s showing. <br>Add TWICE this number of M&Ms to your pile. Record the new total of M&Ms. This constitutes one trial.<br>Return the M&Ms to the cup. Repeat step 2 until you don’t have enough to add the appropriate amount<br>Add your data to the Desmos link below: https://www.desmos.com/calculator/unddfqc5oq<br>Save your Desmos graph under your own account and submit the link found under the sharing icon in the top right corner of your screen.<br>Answer the analysis questions in your packet.<br>
								
								
								
							]]></description>
						
						
						
						<pubDate>Tue, 04 Jan 2022 20:04:01 PST</pubDate>
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					<item>
						<title><![CDATA[Due: 01/14/2022]]></title>
						<guid isPermaLink="false">//highschool.homercenter.org/homeworkItem8352565</guid>
						<link>//highschool.homercenter.org/apps/classes/1027250/assignments/</link>
						
							<description><![CDATA[
								
									Lab Procedure<br><br>Measure the diameter of each lid in centimeters.<br>Fill the lid with Cheerios only one layer deep. Do not use any broken pieces! <br>Count the number of cheerios used to fill your lid.<br>Record the diameter and the corresponding number of cheerios on the table provided<br>Add your data to the Desmos link below: https://www.desmos.com/calculator/rbdugdmxht<br>Save your Desmos graph under your own account and submit the link found under the sharing icon in the top right corner of your screen.<br>Answer the analysis questions in your packet.<br>
								
								
								
							]]></description>
						
						
						
						<pubDate>Tue, 04 Jan 2022 20:03:53 PST</pubDate>
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					<item>
						<title><![CDATA[Due: 01/14/2022]]></title>
						<guid isPermaLink="false">//highschool.homercenter.org/homeworkItem8352564</guid>
						<link>//highschool.homercenter.org/apps/classes/1027250/assignments/</link>
						
							<description><![CDATA[
								
									Lab Procedure<br><br>Measure the diameter of each lid in centimeters.<br>Make a complete ring of Cheerios around the lid. Do not use any broken pieces!<br>Count the number of cheerios used to make your ring.<br>Record the diameter and the corresponding number of cheerios on the table below<br>Add your data to the Desmos link below: https://www.desmos.com/calculator/c9hz2asivz<br>Save your Desmos graph under your own account and submit the link found under the sharing icon in the top right corner of your screen.<br>Answer the analysis questions in your packet.<br>
								
								
								
							]]></description>
						
						
						
						<pubDate>Tue, 04 Jan 2022 20:03:49 PST</pubDate>
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