211 results
Middle school problem solving math test prep lectures
Design Thinking - Full Content Presentation
Design Thinking is a constructivist way of approaching a problem that seeks empathy to leverage a bias toward action in order to find a radical solution to the end user’s need. The Design Thinking mindset has been pioneered by companies and institutions like IDEO and Stanford and has crept into Education over the last decade. This presentation is a 56-slide PDF of a Google Slides deck intended to deliver high-quality content to your class. The content defines each step of the Design Thinking pr
Subjects:
Grades:
5th - 12th, Staff
Types:
Social Media Manners:Middle School/High School (Teletherapy/Distance Learning)
This lesson is a static PDF and is a NO PRINT resource. Do you have difficulty finding meaningful lessons that target critical thinking skills in older students? This lesson is perfect for you! This lesson was written to empower students to think critically and practice responsibility when using online platforms. This is a lesson on social mediaetiquette & safety paired with discussion questions with students to activate higher level thinking skills.There are 15 online behaviors addressed in
Grades:
6th - 12th
Introduction to the Desmos Scientific Calculator
I created this presentation for a friend of mine who teaches middle school and wanted to show her students the basics of how to use the Desmos Scientific Calculator. This was written specifically for the state testing version of their scientific calculator since it's a little different from the regular one.-------------------------------------------------------------------------------------(c) 2020 Middle School Maniac | Virginia Beach, VA USAThis item is a paid digital download from my Teachers
Subjects:
Grades:
6th - 8th
Constructing Graphs - Bar Graphs, Line Graphs, Circle Graphs
**I revised the numbers in the pie graph on this from the first version, these amounts are much more friendly** This activity includes construction of a bar graph, double bar graph, line graph, double line graph, and a circle graph.I put this together after being frustrated about not being able to find any graphing activities appropriate for intermediate grades that would allow me to make graphs with the class on my smartboard. I needed some examples to demonstrate how to take data and create a
Subjects:
Grades:
3rd - 10th, Adult Education
Types:
Multiplying Binomials FOIL and Area Model Method Examples
Are you looking for a fun and engaging way to teach your students how to multiply binomials? Do you want to save time and energy by using ready-made videos that explain the concepts and demonstrate the steps? If so, this bundle is perfect for you!This bundle includes 4 instructional videos that cover the following topics:FOIL Method Area Model Method- Both Positive Binomials Area Model Method- Both Negative Binomials Area Model Method- Positive & Negative Binomials Each video is about 1 minu
Subjects:
Grades:
8th - 12th, Higher Education, Adult Education, Staff
Spy: Secret Lives of Spies. Cause, Effect, and Problem Solving
Students learn about the relationship between cause, effect, and problem-solving while exploring the secret lives of spies. Who knew? Spies have problems too!Why Spy?Pocket Litter, Bang and Burn, Chicken Feed, Cobbler, Dead drop. Could you speak like a spy? Could you live like a spy? Students love exploring the world of secret agents and the roles they play in protecting their countries. Espionage was born out of a need to solve problems. Those problems might include acquiring enemy secre
Grades:
5th - 8th
Types:
Also included in:Â Codes, Lives of Spies, and a Spy Simulation! Spy Bundle #4
Solution Focused Problem Solving Lesson with Worksheet
Teach and practice problem solving life skills with a whiteboard and dry erase markers.Resource includes:-Step by step interactive whiteboard lesson using a house to increase engagement. This fun layout may be used as an anchor chart.-1 worksheet for practicing problem solving skills independently and/or with the group.-List of evidenced-based solution focused questions.The following problem solving techniques are highlighted in the lesson:-Agree on a problem to solve-Discuss the consequences of
Grades:
3rd - 6th
Types:
Unit 2: Decimals, Fractions, and Percentages
Find your complete unit here, ready to print and teach! Each lesson is planned for a standard 40 minute class period. This unit packet includes:Understanding Percentages Using Part-to-Whole RatiosFinding Percents of 100 and 1Finding Percents of any integerFinding Parts when given percents and wholesFinding the whole when given percents and parts Benchmark Numbers and how to use them in ordering numbersConverting Fractions to DecimalsConverting Decimals to PercentagesNumber Talks Lesson - Create
Subjects:
Grades:
5th - 8th
Types:
Also included in:Â Full Units for Sixth Grade Math: Ratio, Decimals, Percentages, Fractions!
ALGEBRA I & II BUNDLED NOTES FOR ONLINE TEACHERS
ALGEBRA I & II CONCEPTS A.) The Real Number System - Number line and Real NumbersB.) Ratios and ProportionsC.) Surface areas of different solidsD.) Special triangles E.) Properties(Rules) of exponentsF.) RadicalsG.) Polynomials and FactorizationH.) Linear equations: Slopes, parallel /perpendicular lines, distance of a line, midpoint of a lineI.) Quadratic functions and equationsJ. Solving Quadratic equations by factorization, completing of squares, the principle of zero products etc.
Subjects:
Grades:
8th - 12th, Higher Education, Adult Education, Staff
Types:
Situation-problème (type Ministère) - 3e cycle
« Un souper quasi-parfait ! » est une situation-problème en mathématiques destinée aux élèves du 3e cycle du primaire.Ma partner de 6e année et moi aimions beaucoup cuisiner avec nos groupes. Une idée nous ait venue un jour … créer une situation-problème sous le thème de l’alimentation à la manière de l’émission télévisuelle «Un souper presque parfait». Parfait pour le mois de mars où les notions de nutrition et de la santé sont abordées. Dans cette situation-problème, les élèves sont amenés à c
Subjects:
Grades:
5th - 6th
Types:
Solving Mathematics without a Calculator
This book is ideal for those who might want to know how they can solve mathematics without relying on a calculator. The trick and tips shared here will shock you and make you solve mathematics like a calculator itself.
Subjects:
Grades:
4th - 12th, Higher Education, Adult Education, Staff
Types:
Quadrilaterals Notes and Graphic Organizer
These are two notes pages that I used to teach my students how to sort Quadrilaterals. We color coded similarities on the table, and then went through how to use the flow chart in order to describe and definite different types of quadrilaterals.
Subjects:
Grades:
4th - 12th
Solving One Two Step Inequalities with Multiplication and Division Task Cards
Here are some additional ideas for how to use these task cards:Have students play a game of "Scoot" with the cards. Place the cards face down on the floor and have students move around the room. When the music stops, students must pick up a card and identify the fraction.Use the cards as part of a center activity. Have students work with partners or small groups to complete the task cards.Use the cards as a quiz or assessment. Have students write the fraction that represents the shaded part of e
Subjects:
Grades:
7th - 9th
Types:
Also included in:Â Solving Inequalities Algebra Math Bundle Grade 7th
FUNCTIONS - Digital Notes (Google Slides)
These 20 Google Slides are an easy, engaging way to introduce functions to 8th grade math students! They can be used as introductory notes, a comprehensive study resource, test prep, or posted as part of an Anchor Chart or Word Wall.SKILLS INCLUDED:Relations & FunctionsFunctions vs. Non-FunctionsVertical Line TestInput / Output TablesIdentifying Proportional RelationshipsIdentifying Linear vs. Non-Linear FunctionsDiscrete vs. Continuous Data
Subjects:
Grades:
7th - 9th
Types:
Percent Increase and Decrease Notes (Markups and Discounts)
Student notes to help prepare for the CAHSEE. These notes on percent increase/decrease have examples (for the teacher to do) and 'you try' problems for the students to do. The questions are multiple choice to help with standardized tests.
Subjects:
Grades:
7th - 11th
Adding and Subtracting Mixed Numbers (Borrowing & Regrouping) PowerPoint
This product contains a 17 slide presentation explaining the process of adding and subtracting mixed numbers when you need to borrow or regroup. This is perfect product to introduce students to following the process converting improper fractions or borrowing from from the whole. There are 3 parts:Adding Mixed Numbers with RegroupingSubtracting Mixed Numbers with BorrowingWhole Numbers Minus Mixed Numbers with BorrowingAt the end, it contains 3 practice problems for students to solve with the ans
Subjects:
Grades:
5th - 6th
Probability of a Single Event, Independent & Dependent Events for PDF
Included in this zip folder are 17 PDF files. 6 files are Introductory lessons, 6 files are assignments and 5 files are references for students. A brief description of each:
Intro #1 is a 36 page file that introduces the fundamental counting principle. Sample space is defined as the total outcomes found via the counting principle. 12 formative assessment problems are included in the file.
Intro #2 is a 41 page file that introduces the concept of "and" and "or" as intersection and union. Th
Subjects:
Grades:
8th - 11th
Types:
Convert Repeating Decimals to Fractions by Systems of Equations GOOGLE Slides
This Google slideshow presents a lesson on converting repeating decimals to fractions, a standard often covered in 8th-grade math or Algebra. It is a very tricky process to accomplish using systems of equations (solving by subtraction). This lesson only covers the case where one digit repeats. The same concept can be extended for repeating decimals where more than one digit repeats (or a series of digits repeat), but that is best left for a follow-up lesson.Outline of the slideshow:1) Short
Subjects:
Grades:
8th - 11th
CCSS:
1:09
Area Model (BOX) Method Positive and Negative Binomials (x - 4)(x + 7)
In this video, I will show you how to multiply positive and negative binomials using the area model method. The area model method is multiplying two expressions with two terms, such as (x - 4)(x + 7) The technique helps you to organize the terms and avoid mistakes when applying the distributive property. To use the area model method, you need to follow these steps: - Draw a 2 by 2 box and label the rows and columns with the terms of the binomial. - Fill in each box cell with the product of th
Subjects:
Grades:
8th - 12th, Higher Education, Adult Education, Staff
Also included in:Â Multiplying Binomials FOIL and Area Model Method Examples
1:16
Area Model (BOX) Method Negative Binomials (x - 11y)(x - 3y)
In this video, I will show you how to multiply binomials using the area model method. The area model method is multiplying two expressions with two terms, such as (x - 11y)(x - 3y). The technique method helps you to organize the terms and avoid mistakes when applying the distributive property. To use the area model method, you need to follow these steps: - Draw a 2 by 2 box and label the rows and columns with the terms of the binomial. - Fill in each box cell with the product of the correspon
Subjects:
Grades:
8th - 12th, Higher Education, Adult Education, Staff
Also included in:Â Multiplying Binomials FOIL and Area Model Method Examples
Distributive Property NOTES
Distributive Property NOTES easy, quick, already done for you note sheet! I make my kids dance with 'everybody at the party'. I even have them make a problem at the front with kids pretending to be the parenthesis and terms then one goes in and dances with everybody at the party. I usually make the second number someone you want to make sure you dance with like Bill Gates grandkid or whoever is popular at the time.
Please e-mail me if you would like the key! Thank you!
camfan54@att.net
PLEA
Subjects:
Grades:
6th - 12th
I'm Thinking Of A Number (Introduction to Algorithms) STEM STEAM Camp
NOTE: See Introduction To Engineering (Creative Problem Solving) STEM STEAM Camp (Week 2) - also available at TpT!Introduction To Engineering (Week 1) is a video curriculum guide that introduces engineering (creative problem solving) via 5 "traditional" STEM / STEAM projects - which take a total of 20 hours to complete.Our video guides are designed to "teach the teacher" to introduce and help students to complete these projects.Students culminate each project by reflecting on what they learned
Grades:
6th - 12th, Higher Education, Adult Education, Staff
Types:
Introduction To Engineering (Creative Problem Solving) STEM STEAM Camp (Week 1)
NOTE: See Introduction To Engineering (Creative Problem Solving) STEM STEAM Camp (Week 2) - also available at TpT!Introduction To Engineering (Week 1) is a video curriculum guide that introduces engineering (creative problem solving) via 5 "traditional" STEM / STEAM projects - which take a total of 20 hours to complete.Our video guides are designed to "teach the teacher" to introduce and help students to complete these projects.Check out the preview video - it presents the first 2 minutes of th
Grades:
6th - 12th, Higher Education, Adult Education, Staff
Types:
Smart Schools (Internet Of Things) STEM STEAM Camp Project
NOTE: See Introduction To Engineering (Creative Problem Solving) STEM STEAM Camp (Week 1) - also available at TpT!Introduction To Engineering (Week 2) is a video curriculum guide that introduces engineering (creative problem solving) via 5 "next-level" STEM / STEAM projects - which take a total of 20 hours to complete.Our video guides are designed to "teach the teacher" to introduce and help students to complete these projects.Students culminate each project by reflecting on what they learned -
Grades:
6th - 12th, Higher Education, Adult Education, Staff
Types:
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