The document outlines an October 22nd math skills reinforcement session, which includes homework assignments, a test on Friday, warm-up exercises, and discussions on solving one-step equations involving multiplication, division, and fractions.
This document contains notes from a math skills reinforcement session on October 21st. It includes homework assignments, a discussion on solving one-step equations, practice problems solving one-step equations with integers and fractions, and closing questions about solving one-step equations involving fractions. The session focused on reinforcing skills for solving various types of one-step equations.
The document is a review notebook for a math test on October 2nd. It includes instructions to study lessons 1-12, a sample word problem asking students to graph a time-distance table, and multiple choice and extended response practice questions covering the material along with worked out solutions. The notebook spans 23 pages and comprehensively prepares students for the upcoming exam.
The document provides information about Module 1, Lesson 21 which took place on October 20, 2014. It informs students that homework number 5 is due the next day and that exam 2 will be on Friday October 24. It includes a table for students to complete as part of the "Do Now" activity. The closing questions ask students to consider how to produce a scale drawing at a different scale than the original and how to determine the scale factor between the new and original drawings.
This document outlines the lesson plan for Module 1, Lesson 14 on multi-step ratio problems. It assigns homework problems 1, 3, 4, 6, and 7 to be completed for a test on Friday. The do now activity is an exit ticket for the previous lesson and eliminating row 3 of a table. Answers to the homework are provided. Closing questions review methods for fractional markdown problems and compare commission to discount pricing.
The document outlines notes from a math lesson on proportional relationships and graphs. It includes assignments to complete problems 1, 3 and 4 from lesson 15, as well as CRS and J problem 3. Solutions to some problem sets are shown on pages 5-6 and 10-15. The closing question asks why it is useful to know the equation of a relationship displayed on a graph.
The document outlines a class review for an upcoming Test #2 on October 23rd. Students are instructed to prepare for the test by completing their homework and discussing answers with their group. The class will review Module 1 and answers to homework questions.
This document outlines notes from a math lesson on scale factors and proportional relationships. It includes the lesson objective, homework assignments, examples of calculating scale factors by taking the ratio of measurements on a scale drawing to the actual objects. It also provides practice problems asking students to determine scale factors and dimensions of scale drawings.
This document outlines the lesson plan for Module 6 Lesson 3, which focuses on solving equations for unknown angles. Students are assigned problems 1, 2, 3, and 5 from Problem Set 3 along with Exit Ticket #2, and there is a test on Friday. The document provides examples of solving equations with variables on both sides.
This document contains notes from a math skills reinforcement session on October 21st. It includes homework assignments, a discussion on solving one-step equations, practice problems solving one-step equations with integers and fractions, and closing questions about solving one-step equations involving fractions. The session focused on reinforcing skills for solving various types of one-step equations.
The document is a review notebook for a math test on October 2nd. It includes instructions to study lessons 1-12, a sample word problem asking students to graph a time-distance table, and multiple choice and extended response practice questions covering the material along with worked out solutions. The notebook spans 23 pages and comprehensively prepares students for the upcoming exam.
The document provides information about Module 1, Lesson 21 which took place on October 20, 2014. It informs students that homework number 5 is due the next day and that exam 2 will be on Friday October 24. It includes a table for students to complete as part of the "Do Now" activity. The closing questions ask students to consider how to produce a scale drawing at a different scale than the original and how to determine the scale factor between the new and original drawings.
This document outlines the lesson plan for Module 1, Lesson 14 on multi-step ratio problems. It assigns homework problems 1, 3, 4, 6, and 7 to be completed for a test on Friday. The do now activity is an exit ticket for the previous lesson and eliminating row 3 of a table. Answers to the homework are provided. Closing questions review methods for fractional markdown problems and compare commission to discount pricing.
The document outlines notes from a math lesson on proportional relationships and graphs. It includes assignments to complete problems 1, 3 and 4 from lesson 15, as well as CRS and J problem 3. Solutions to some problem sets are shown on pages 5-6 and 10-15. The closing question asks why it is useful to know the equation of a relationship displayed on a graph.
The document outlines a class review for an upcoming Test #2 on October 23rd. Students are instructed to prepare for the test by completing their homework and discussing answers with their group. The class will review Module 1 and answers to homework questions.
This document outlines notes from a math lesson on scale factors and proportional relationships. It includes the lesson objective, homework assignments, examples of calculating scale factors by taking the ratio of measurements on a scale drawing to the actual objects. It also provides practice problems asking students to determine scale factors and dimensions of scale drawings.
This document outlines the lesson plan for Module 6 Lesson 3, which focuses on solving equations for unknown angles. Students are assigned problems 1, 2, 3, and 5 from Problem Set 3 along with Exit Ticket #2, and there is a test on Friday. The document provides examples of solving equations with variables on both sides.
The document outlines a math lesson on solving for unknown angles using equations. It provides the aim of the lesson, homework assignments which include problem sets and a review sheet due the next day, and an angles quiz scheduled for the following Friday. The closing asks how to set up equations to find unknown angles.
This document outlines a geometry lesson on solving for unknown angles using equations. It provides the aim of the lesson, homework assignments which include odd problems from Problem Set 2 and Exit Ticket #1, and notes a test on Friday. It also includes discussion points and asks how students could check their answers.
The document contains notes from a math lesson on multi-step ratio problems. It includes the homework assigned which was problems 1, 3, 4, 6, and 7 from the lesson 14 problem set. A test on the material was scheduled for the following Wednesday. Examples were provided for solving fractional markdown problems using tape diagrams.
This document contains notes from a math lesson on computing actual lengths from a scale drawing. It includes examples of calculating scale factors and using them to determine actual lengths and widths based on scale drawings. It also provides practice problems for students to solve. The lesson covers key concepts like determining the scale factor as the constant of proportionality between drawing and actual lengths, and using this to find actual dimensions. It aims to teach students how to analyze scale drawings and calculate real-world sizes.
This document outlines lessons on identifying proportional and non-proportional relationships in graphs, including assigning groups to analyze example ratios and create posters explaining their analysis. Students then participate in an "art gallery" to view and provide feedback on each other's posters. The lessons explore using unit rates and constants of proportionality to determine relationships between variables in word problems involving deer populations, cookie baking, and other scenarios.
This document provides a review for an end of module exam, including instructions to prepare for the exam by solving sample equations, and notes about extended response questions that may appear on the exam. Students are asked to review solving equations, properties of equality, and question types involving extended written responses.
This document contains notes from a math lesson on scale factors and proportional relationships. It includes examples of calculating scale factors based on measurements of original objects and scale drawings. Homework assigned includes completing problem sets, a CRS assignment, and preparing for a quiz. The lesson objectives are on using unit rates as scale factors and how scale factors are used to determine if drawings are proportional reductions or enlargements of actual objects.
This document outlines the homework and lesson plan for Module 2, Lesson 22 of an algebra class. The homework includes completing the lesson problem set and an end of module exam. The lesson plan involves an exit ticket review from Lesson 17, learning about solving equations using algebra, and examples of solving word problems by setting up and solving equations. Closing questions review key concepts about solving equations through inverse operations and modeling with tape diagrams.
The document contains notes from a math class covering Lessons 12 and 15 of Module 7.2 on dividing integers. It includes the homework assignments of completing Lesson 15 problem set and studying for the Mid Module 2 Exam on Friday. Notes cover definitions of integers and rational numbers, rules for dividing integers by taking the absolute value of the numbers and determining the sign of the quotient based on the signs of the dividend and divisor. Examples are provided and practice problems are assigned.
This document appears to be notes from a math lesson on subtracting integers and rational numbers. It includes examples of subtracting integers using a number line and cards to represent positive and negative values. Key points covered are that subtracting a number is the same as adding its additive inverse, and working through practice problems applying this rule such as -9 - 1 and 8 - (-9). The document also includes sample word problems about depths of trenches to subtract integers in a real-world context.
This document appears to be notes from a math lesson on finding equivalent ratios given total quantities. It includes instructions for homework problems, notes on using proportions and equivalent ratios to find missing values in tables, worked examples and discussion questions. The lesson covers setting up equations from proportional relationships in tables and using constants of proportionality to solve for unknown values.
This document outlines Module 2 Lesson 23 about solving equations using algebra. The lesson aims to have students solve word problems by translating them into algebraic equations and solving for unknown values. As an example, students are given a word problem about Susan and Bonnie shopping for clothes with budgets and coupon discounts that they each modeled with different equations to determine who bought more shirts. The document provides the lesson agenda, homework assignments, example word problems and equations, and closing questions about translating word problems into algebraic equations.
The document is a review guide for a Module 2 Test 1. It instructs students to review homework answers with their group and prepare for the exam using a math blog. It provides the solutions to problem set 74 to help students study.
This document contains a review for Test #1, including homework assignments, lessons covered, problem set solutions, multiple choice questions without a calculator, extended response questions permitted with a calculator, and graphs of equations. The document provides materials and practice questions to help students study and prepare for an upcoming math test covering Lessons 1-13.
The document outlines the agenda for Module 3 Lesson 1 which includes assigning problem sets 1-5, 11-14, 17-18 for homework due on 12/15 and a quiz on Module 2. The lesson aims to teach generating equivalent expressions through distributing terms. Notes are provided on steps S.1 through S.6A to explain the process of generating equivalent expressions through different groupings and orders of terms for addition and multiplication.
This document outlines the key points from a math lesson on equations of graphs of proportional relationships. It includes the homework assigned, which was to complete problems sets and submit an assignment. The bulk of the document provides worked out solutions to problems from the lesson, with graphs and equations displayed. It closes by asking students why it is useful to know the equation of a relationship displayed on a graph.
The document outlines the homework and activities for a class reviewing the end of Module 2. Students are instructed to prepare for the Module 2 quiz on Monday by reviewing all their Module 2 materials at home. They also completed an exit ticket for Lesson 23 and had their homework reviewed.
The document outlines an end of module 2 review for a class. It provides instructions for students to prepare for their final exam on Monday by reviewing their module 2 materials over the weekend and filing materials at home. It also notes a change to problem 6B and includes pages for reviewing homework questions S.122 through S.123.
This document appears to be notes from a mathematics lesson on generating equivalent expressions. It includes the learning objectives, examples of worked problems, solutions to homework assignments, and sprints (timed practice problems) on manipulating and evaluating algebraic expressions. The lesson covers adding, subtracting, and combining like terms in expressions, as well as writing expressions to represent word problems and using expressions to solve problems.
The document outlines a math lesson on integers that includes an integer quiz, completing examples from lesson 6 on integers, and homework assignments. Students are asked to take an integer quiz, then complete example 1 on page S.34 of lesson 6, and finish the lesson. The closing questions review using number lines to find distances between numbers, defining absolute value, and applying absolute value to find distances between numbers.
This document contains instructions and examples for students to learn about graphing linear equations based on slope. It includes 5 stations where students calculate slopes from graphs and graph equations based on their slopes. The document emphasizes that the slope, m, in the equation y=mx determines the steepness of the line graphed. Students are asked how lines would change if the slope was higher, a fraction, or negative.
The document contains notes from a math lesson on multiplying integers:
- It reviews rules for determining the sign of products and completes a table showing the results of multiplying integers from -5 to 5.
- The table is divided into quadrants based on the signs of the integers, and patterns are noticed such as negatives in quadrants 2 and 4 and positives in 1 and 3.
- Questions are asked about using the table to determine product signs and describing integer scenarios for each quadrant.
The document outlines a math lesson on solving for unknown angles using equations. It provides the aim of the lesson, homework assignments which include problem sets and a review sheet due the next day, and an angles quiz scheduled for the following Friday. The closing asks how to set up equations to find unknown angles.
This document outlines a geometry lesson on solving for unknown angles using equations. It provides the aim of the lesson, homework assignments which include odd problems from Problem Set 2 and Exit Ticket #1, and notes a test on Friday. It also includes discussion points and asks how students could check their answers.
The document contains notes from a math lesson on multi-step ratio problems. It includes the homework assigned which was problems 1, 3, 4, 6, and 7 from the lesson 14 problem set. A test on the material was scheduled for the following Wednesday. Examples were provided for solving fractional markdown problems using tape diagrams.
This document contains notes from a math lesson on computing actual lengths from a scale drawing. It includes examples of calculating scale factors and using them to determine actual lengths and widths based on scale drawings. It also provides practice problems for students to solve. The lesson covers key concepts like determining the scale factor as the constant of proportionality between drawing and actual lengths, and using this to find actual dimensions. It aims to teach students how to analyze scale drawings and calculate real-world sizes.
This document outlines lessons on identifying proportional and non-proportional relationships in graphs, including assigning groups to analyze example ratios and create posters explaining their analysis. Students then participate in an "art gallery" to view and provide feedback on each other's posters. The lessons explore using unit rates and constants of proportionality to determine relationships between variables in word problems involving deer populations, cookie baking, and other scenarios.
This document provides a review for an end of module exam, including instructions to prepare for the exam by solving sample equations, and notes about extended response questions that may appear on the exam. Students are asked to review solving equations, properties of equality, and question types involving extended written responses.
This document contains notes from a math lesson on scale factors and proportional relationships. It includes examples of calculating scale factors based on measurements of original objects and scale drawings. Homework assigned includes completing problem sets, a CRS assignment, and preparing for a quiz. The lesson objectives are on using unit rates as scale factors and how scale factors are used to determine if drawings are proportional reductions or enlargements of actual objects.
This document outlines the homework and lesson plan for Module 2, Lesson 22 of an algebra class. The homework includes completing the lesson problem set and an end of module exam. The lesson plan involves an exit ticket review from Lesson 17, learning about solving equations using algebra, and examples of solving word problems by setting up and solving equations. Closing questions review key concepts about solving equations through inverse operations and modeling with tape diagrams.
The document contains notes from a math class covering Lessons 12 and 15 of Module 7.2 on dividing integers. It includes the homework assignments of completing Lesson 15 problem set and studying for the Mid Module 2 Exam on Friday. Notes cover definitions of integers and rational numbers, rules for dividing integers by taking the absolute value of the numbers and determining the sign of the quotient based on the signs of the dividend and divisor. Examples are provided and practice problems are assigned.
This document appears to be notes from a math lesson on subtracting integers and rational numbers. It includes examples of subtracting integers using a number line and cards to represent positive and negative values. Key points covered are that subtracting a number is the same as adding its additive inverse, and working through practice problems applying this rule such as -9 - 1 and 8 - (-9). The document also includes sample word problems about depths of trenches to subtract integers in a real-world context.
This document appears to be notes from a math lesson on finding equivalent ratios given total quantities. It includes instructions for homework problems, notes on using proportions and equivalent ratios to find missing values in tables, worked examples and discussion questions. The lesson covers setting up equations from proportional relationships in tables and using constants of proportionality to solve for unknown values.
This document outlines Module 2 Lesson 23 about solving equations using algebra. The lesson aims to have students solve word problems by translating them into algebraic equations and solving for unknown values. As an example, students are given a word problem about Susan and Bonnie shopping for clothes with budgets and coupon discounts that they each modeled with different equations to determine who bought more shirts. The document provides the lesson agenda, homework assignments, example word problems and equations, and closing questions about translating word problems into algebraic equations.
The document is a review guide for a Module 2 Test 1. It instructs students to review homework answers with their group and prepare for the exam using a math blog. It provides the solutions to problem set 74 to help students study.
This document contains a review for Test #1, including homework assignments, lessons covered, problem set solutions, multiple choice questions without a calculator, extended response questions permitted with a calculator, and graphs of equations. The document provides materials and practice questions to help students study and prepare for an upcoming math test covering Lessons 1-13.
The document outlines the agenda for Module 3 Lesson 1 which includes assigning problem sets 1-5, 11-14, 17-18 for homework due on 12/15 and a quiz on Module 2. The lesson aims to teach generating equivalent expressions through distributing terms. Notes are provided on steps S.1 through S.6A to explain the process of generating equivalent expressions through different groupings and orders of terms for addition and multiplication.
This document outlines the key points from a math lesson on equations of graphs of proportional relationships. It includes the homework assigned, which was to complete problems sets and submit an assignment. The bulk of the document provides worked out solutions to problems from the lesson, with graphs and equations displayed. It closes by asking students why it is useful to know the equation of a relationship displayed on a graph.
The document outlines the homework and activities for a class reviewing the end of Module 2. Students are instructed to prepare for the Module 2 quiz on Monday by reviewing all their Module 2 materials at home. They also completed an exit ticket for Lesson 23 and had their homework reviewed.
The document outlines an end of module 2 review for a class. It provides instructions for students to prepare for their final exam on Monday by reviewing their module 2 materials over the weekend and filing materials at home. It also notes a change to problem 6B and includes pages for reviewing homework questions S.122 through S.123.
This document appears to be notes from a mathematics lesson on generating equivalent expressions. It includes the learning objectives, examples of worked problems, solutions to homework assignments, and sprints (timed practice problems) on manipulating and evaluating algebraic expressions. The lesson covers adding, subtracting, and combining like terms in expressions, as well as writing expressions to represent word problems and using expressions to solve problems.
The document outlines a math lesson on integers that includes an integer quiz, completing examples from lesson 6 on integers, and homework assignments. Students are asked to take an integer quiz, then complete example 1 on page S.34 of lesson 6, and finish the lesson. The closing questions review using number lines to find distances between numbers, defining absolute value, and applying absolute value to find distances between numbers.
This document contains instructions and examples for students to learn about graphing linear equations based on slope. It includes 5 stations where students calculate slopes from graphs and graph equations based on their slopes. The document emphasizes that the slope, m, in the equation y=mx determines the steepness of the line graphed. Students are asked how lines would change if the slope was higher, a fraction, or negative.
The document contains notes from a math lesson on multiplying integers:
- It reviews rules for determining the sign of products and completes a table showing the results of multiplying integers from -5 to 5.
- The table is divided into quadrants based on the signs of the integers, and patterns are noticed such as negatives in quadrants 2 and 4 and positives in 1 and 3.
- Questions are asked about using the table to determine product signs and describing integer scenarios for each quadrant.
This geometry lesson discusses the conditions needed to uniquely determine a triangle when given two angles and one side. It provides examples of using the angle sum property of triangles to solve for missing angle measures. The homework assigned is to have a ruler and protractor ready for the next lesson.
The document provides information for students preparing for their 7th grade math final exam. It states that the final will take place on June 18th in gym 170 from 7:50-10:30 AM and that students should bring pencils but no electronics. It also lists homework assignments which include reviewing previous packets and discussing one with a partner, and it provides practice problems for areas of circles and triangles.
This document provides examples and instructions for students to work through ratios and proportions problems involving mixing paint, doubling recipes, comparing ingredient ratios, and plotting color mixture points on a coordinate plane. Students are asked to calculate costs for painting, double recipes, write ratios to compare ingredients, identify mistakes in doubled recipes, and determine the common property of mixtures with the same shade of green.
This document provides instruction on subtracting rational numbers. It begins with a do now problem set involving comparing rational numbers. Examples are then provided for subtracting temperatures expressed as rational numbers. Students are asked to evaluate algebraic expressions involving subtracting rational numbers. The document concludes with reminding students that homework is due.
This document contains examples of ratio and proportion word problems along with their step-by-step solutions. It also includes examples of similar triangles and how to use them to find unknown lengths. The document provides instruction and practice for indirect measurement techniques.
This document discusses subtracting integers using chips. It shows examples of subtracting integers by removing chips to model subtraction. The examples illustrate that to subtract a negative integer, chips are added instead of removed. A rule for subtracting integers without chips is then practiced, with subtracting a positive integer meaning removing that number of chips and subtracting a negative integer meaning adding that number of chips.
The document provides information on how to convert money between different currencies using exchange rates. It lists common currency exchange rates and includes examples of converting various amounts between currencies like US Dollars, Euros, British Pounds, Japanese Yen, Australian Dollars, Canadian Dollars and Mexican Pesos. To convert amounts, you multiply the given amount by the exchange rate of the currency you are converting to. For example, to convert 200 Euros to US Dollars, you would multiply 200 by the exchange rate of 0.7840 since that is the rate of Euros to Dollars.
The document discusses order of operations and evaluating expressions with rational numbers. It provides examples of finding quotients of rational numbers and expressions involving addition, subtraction, multiplication, and division. Students are asked to evaluate expressions using the proper order of operations and rational numbers. Homework includes practicing these skills on a homework sheet.
This document contains notes from a math lesson on scale drawings and ratios. It includes sample problems about identifying enlargements and reductions of scale drawings and determining corresponding points between actual images and scale drawings. Students are asked to create their own scale drawings of robots on grids and discuss whether scale drawings have a constant of proportionality and why proportional relationships are important for scale drawings. Homework assigned is to complete problems 1, 2, 3, and 5 from the lesson 16 problem set.
The document discusses identifying identical triangles using different conditions. It reviews the five conditions to determine if triangles are identical: 1) three sides, 2) two sides and an included angle, 3) two angles and an included side, 4) two angles and a non-included side, and 5) two sides and a non-included angle of 90 degrees or greater. Examples are provided to demonstrate each condition and whether triangles in the examples are identical or not. Vertical angles are also discussed as being equal.
The document is notes from a student reviewing for an upcoming quiz. It contains instructions to study for the quiz and complete homework assignments. It also includes sample word problems about a retail store marking up the price of a computer it purchases from Dell and whether the store would make a profit after offering a discount.
This document provides instruction on calculating simple interest. It begins with the simple interest formula: I = prt, where I is interest, p is principal, r is the interest rate as a decimal, and t is time in years. The document then provides examples for students to practice calculating simple interest by finding missing variables like interest earned, interest rate, time, and principal. It concludes by having students create and trade their own simple interest problems to solve.
This document appears to be notes from a lesson on the Pythagorean theorem. It includes examples of perfect squares, evaluating square roots, estimating square roots, and the key terms and formula for the Pythagorean theorem (a2 + b2 = c2). Students are asked to fill in a graphic organizer on the theorem. Examples are given of using the theorem to find the length of diagonals of rectangles and checkerboards. The lesson concludes with demonstrating finding the diagonal of the classroom SMARTboard using the Pythagorean theorem.
The document is about teaching the distributive property in algebra. It includes examples of using the distributive property to simplify expressions. Students are given practice problems to work through applying the distributive property, including a matching activity with expressions and their simplified forms. The document concludes with a final example of an expression for students to simplify using the distributive property before leaving the lesson.
The document is a teacher's notebook for a lesson on adding, subtracting, and multiplying decimals. It includes warm-up problems, an anticipatory set on balancing a checkbook, examples of multiplying decimals to calculate tip amounts on restaurant bills, and a question about writing a check with insufficient funds. The homework assignment is to complete a worksheet on the lesson's skills.
The document outlines a math skills reinforcement day focusing on multiplying and dividing fractions and solving one-step equations using multiplication and division. Students were assigned a skills reinforcement worksheet and cumulative review sheet as homework. The class included an opening discussion on solving one-step equations and worked through an example of how to determine how many guests could be served with a given amount of ice cream. It closed with a discussion on solving one-step equations involving fractions.
The document is from a lesson notebook about changing scales. It provides examples of survey questions that ask for the scale, length, width, and area of a house based on a scale drawing. It closes by asking questions about why one would make a scale drawing at a different scale and how to determine the new scale factor.
The document provides instructions and examples for a lesson on changing scales in drawings. Students are given sample survey questions to practice converting measurements between scales, including the scale of the original drawing, the actual length and width of the house, and the actual area. The closing asks questions about why different scales may be needed and how to determine the scale factor when converting between scales.
This document outlines lessons from a mathematics module on problem solving using rates, unit rates, and conversions. It includes examples of homework problems reviewing conversion rates and examples calculating distance traveled given rate and time. The document schedules assignments for the week including a homework review, study time for the lessons, and a quiz. It also provides instruction on using the formula Distance = Rate x Time to solve problems involving speed and includes practice problems for students to work through.
This document contains a daily lesson log for a 4th grade science teacher at LALAKAY ELEMENTARY SCHOOL for the week of October 31 to November 4. It outlines the objectives, content, learning resources, procedures, reflections and remarks for lessons on the major organs of the body including bones, muscles, and common bone injuries and diseases, as well as first aid treatments. The teacher notes the learning competencies and standards, references used, activities conducted each day, evaluations of student understanding, and strategies for remediation. Reflections address what worked well and challenges encountered to share with administrators.
This document outlines a 5-step process for creating word problems to represent division of fractions problems: 1) Decide on a measurement or partitive interpretation, 2) Draw a model, 3) Find the answer, 4) Choose a unit, and 5) Set up an interesting, realistic situation. It provides examples walking through each step, such as dividing 12 cookies among bags with 3 cookies each. The document also reviews measurement vs. partitive division and provides practice examples for students to set up word problems representing fraction division calculations.
The document outlines a math lesson on applying properties of operations to add and subtract rational numbers. It includes the aim of the lesson, homework assignments due, and notes on using properties like the commutative property to simplify expressions with integers and rational numbers. Sample problems are provided to work through applying these properties.
This document contains notes from a mathematics lesson on interpreting division of whole numbers by fractions. The lesson includes examples that are modeled using visual representations like fraction bars and area models. Students learn that dividing a fraction by a whole number results in a quotient that is smaller than the original fraction. The document concludes with instructions for students to complete an exit ticket problem set and rewrite the division problems as multiplication questions.
Linear equations lesson 8 day 2 graphing linear equationsErik Tjersland
The document is from a pre-algebra lesson on graphing linear equations. It discusses re-arranging equations into slope-intercept form (y=mx+b) and explains the procedure for graphing a line when given an equation in this format. Specifically, it describes using the slope (m) to rise/run and the y-intercept (b) to locate the point where the line crosses the y-axis. The document provides examples and questions to reinforce understanding of graphing linear equations from their slope-intercept form.
Linear equations lesson 8 day 1 graphing linear equationsErik Tjersland
The document is notes from a pre-algebra lesson on graphing linear equations using the y=mx+b format. It includes instructions to complete problems 9 and 10 on page 48, as well as examples of graphing different linear equations by plotting points from the equation and connecting them with a line. The closing question asks students to explain the procedure for graphing a line when given an equation in y=mx+b format.
This document appears to be notes from a pre-algebra lesson on calculating slope. It includes examples of slope calculations for lines on pages 42, 43, 47, and 48. The closing question asks students to explain the procedure for finding the slope of a line.
This document contains notes from a math lesson on solving area problems using scale drawings. The lesson outlines the do now activity and upcoming homework assignments. It then discusses scale drawings and scale factors on pages 3 through 11, explaining how to use scale drawings to find the actual area of real-world objects.
Module 4.5 lesson 9 computing actual lengthsErik Tjersland
This document outlines a math lesson on computing actual lengths from a scale drawing. It includes notes on converting scaled measurements to actual lengths using scale factors. For homework, students are asked to complete problem set #4 which involves calculating actual distances based on scale drawings. A quiz on this content is scheduled for February 28.
This document contains notes from a pre-algebra lesson on slope. It includes examples of finding the slope of a line from its graph and equation. There is a quiz scheduled on linear equations for Wednesday February 15th for B day students and Thursday February 16th for A day students. The lesson discusses different types of slopes including positive, negative, zero, and undefined slopes.
Module 4.5 lesson 7 scale factor as a percentErik Tjersland
This document contains notes from a math lesson on scale factor as a percent. It includes homework assignments and pages from the textbook covering topics such as calculating scale factor as a percentage and creating scale drawings with different horizontal and vertical scale factors. The closing question asks whether a scale drawing can have different horizontal and vertical scale factors and how to create one with different factors.
This document discusses using scale maps to determine actual distances. It provides examples of using scale factors and proportions to calculate distances between towns based on their representation on a map. The scale of the map in the examples is 0.75 inches equals 4 miles. Students are asked to use this scale to determine actual distances between various town pairs. They are also asked why distances calculated from a map may be less than the actual distance driven in a car.
Linear equations lesson 5 horizontal and vertical linesErik Tjersland
This document contains notes from a lesson on linear equations that focuses on horizontal and vertical lines. It includes examples of solving linear equations by choosing to fix either the x-value or y-value. Students are given a quiz on Thursday and Friday to assess their understanding of these concepts. The document provides instructions to complete example 5 on page 22 of the lesson materials.
The document is from a math lesson on computing actual areas from scale drawings. It provides examples of finding scale factors from drawings and using them to determine actual areas. It asks students to check if their area calculations match the examples. The lesson closes by asking students how to find an actual area given a scale drawing and a situation where this would be useful.
Module 4.5 lesson 3 computing actual lengths from scale drawingsErik Tjersland
This document provides examples and explanations for computing actual lengths from scale drawings. It begins with an example of a proposed half basketball court that needs to fit within a 25 foot by 75 foot lot. It then explains that the scale factor is the constant of proportionality that relates the actual length to the drawn length. Several other examples are worked through, applying the concept of using the scale factor and a proportion to determine actual lengths from a scaled drawing. The document concludes by restating that the scale factor expresses the relationship between the actual object and its scale drawing.
Module 4.5 lesson 2 unit rate as the scale factorErik Tjersland
This document contains notes from a math lesson on unit rate as a scale factor. It includes examples of using scale factors to determine measurements for scaled drawings. The key points are that scale factor is calculated as the ratio of actual to drawn measurements, scale factors greater than 1 enlarge a drawing while factors less than 1 reduce it, and scale factors can be used to find dimensions for scaled objects and maps using proportions. Homework includes problem set questions and creating a scaled drawing.
Linear equations lesson 4 graphing linear equationsErik Tjersland
This document outlines a lesson on graphing linear equations from tables of values. It provides instructions to complete example 2 on page 15, and schedules supplemental practice and a quiz for the following Thursday and Friday to reinforce the concepts taught in the lesson.
1) The document provides lesson materials on scale drawings, including examples of scale drawings that are reductions or enlargements of original images. It discusses using scale drawings of maps and geometric shapes.
2) Students are asked to identify corresponding points on scale drawings of maps and the coordinates of vertices for geometric shapes. They are also asked to determine if a constant of proportionality exists for scale drawings.
3) The lesson aims to help students understand how to relate scale drawings to ratios and rates by analyzing examples of scale drawings and their relationships to original images.
The document outlines a review for a Module 4 exam. It instructs students to prepare for the exam by doing homework and going over the previous night's work with a partner. The review includes mixed exercises on percentages to help students study for concepts involving percents that could appear on the exam.
Linear equations lesson 3 consecutive integersErik Tjersland
The document outlines a pre-algebra lesson on consecutive integers that includes:
- Writing let statements and equations to solve word problems involving consecutive integers
- Examples of consecutive integer word problems and their solutions
- A closing activity to explain the procedure for writing equations from word problems.
14 mixed review with percents with answersErik Tjersland
The document outlines a math class focusing on percentages that includes a do now, homework assignments, and an exam date. It provides notes for a mixed review of percentage problems, repeating the class objective of percentage calculations.
This document outlines notes from a science lesson on relative error. It includes instructions for students to complete homework problems and an experiment to measure density. The document provides examples to calculate relative error and asks students to consider how this concept could be applied to other labs.
This document contains notes from a math lesson on relative error. It includes the date of the lesson, topics to be covered which are finding the percent error of measurements and the purpose of finding percent error. The document provides examples of measurements and the corresponding percent errors. It also lists homework problems and the date of an upcoming exam.
Linear equations lesson 2 geometric word problemsErik Tjersland
This document outlines a lesson on solving geometric word problems algebraically. It provides instructions for students to complete problems 25-30 on page 4, which involve writing a "let statement" and equation for each word problem and solving to find the answer. The document includes pages of example problems and explains the procedure for writing an equation from a word problem. It concludes with a closing activity for students to explain their process.
Strategies for Effective Upskilling is a presentation by Chinwendu Peace in a Your Skill Boost Masterclass organisation by the Excellence Foundation for South Sudan on 08th and 09th June 2024 from 1 PM to 3 PM on each day.
Macroeconomics- Movie Location
This will be used as part of your Personal Professional Portfolio once graded.
Objective:
Prepare a presentation or a paper using research, basic comparative analysis, data organization and application of economic information. You will make an informed assessment of an economic climate outside of the United States to accomplish an entertainment industry objective.
The simplified electron and muon model, Oscillating Spacetime: The Foundation...RitikBhardwaj56
Discover the Simplified Electron and Muon Model: A New Wave-Based Approach to Understanding Particles delves into a groundbreaking theory that presents electrons and muons as rotating soliton waves within oscillating spacetime. Geared towards students, researchers, and science buffs, this book breaks down complex ideas into simple explanations. It covers topics such as electron waves, temporal dynamics, and the implications of this model on particle physics. With clear illustrations and easy-to-follow explanations, readers will gain a new outlook on the universe's fundamental nature.
This presentation includes basic of PCOS their pathology and treatment and also Ayurveda correlation of PCOS and Ayurvedic line of treatment mentioned in classics.
A review of the growth of the Israel Genealogy Research Association Database Collection for the last 12 months. Our collection is now passed the 3 million mark and still growing. See which archives have contributed the most. See the different types of records we have, and which years have had records added. You can also see what we have for the future.
How to Add Chatter in the odoo 17 ERP ModuleCeline George
In Odoo, the chatter is like a chat tool that helps you work together on records. You can leave notes and track things, making it easier to talk with your team and partners. Inside chatter, all communication history, activity, and changes will be displayed.
How to Fix the Import Error in the Odoo 17Celine George
An import error occurs when a program fails to import a module or library, disrupting its execution. In languages like Python, this issue arises when the specified module cannot be found or accessed, hindering the program's functionality. Resolving import errors is crucial for maintaining smooth software operation and uninterrupted development processes.
ISO/IEC 27001, ISO/IEC 42001, and GDPR: Best Practices for Implementation and...PECB
Denis is a dynamic and results-driven Chief Information Officer (CIO) with a distinguished career spanning information systems analysis and technical project management. With a proven track record of spearheading the design and delivery of cutting-edge Information Management solutions, he has consistently elevated business operations, streamlined reporting functions, and maximized process efficiency.
Certified as an ISO/IEC 27001: Information Security Management Systems (ISMS) Lead Implementer, Data Protection Officer, and Cyber Risks Analyst, Denis brings a heightened focus on data security, privacy, and cyber resilience to every endeavor.
His expertise extends across a diverse spectrum of reporting, database, and web development applications, underpinned by an exceptional grasp of data storage and virtualization technologies. His proficiency in application testing, database administration, and data cleansing ensures seamless execution of complex projects.
What sets Denis apart is his comprehensive understanding of Business and Systems Analysis technologies, honed through involvement in all phases of the Software Development Lifecycle (SDLC). From meticulous requirements gathering to precise analysis, innovative design, rigorous development, thorough testing, and successful implementation, he has consistently delivered exceptional results.
Throughout his career, he has taken on multifaceted roles, from leading technical project management teams to owning solutions that drive operational excellence. His conscientious and proactive approach is unwavering, whether he is working independently or collaboratively within a team. His ability to connect with colleagues on a personal level underscores his commitment to fostering a harmonious and productive workplace environment.
Date: May 29, 2024
Tags: Information Security, ISO/IEC 27001, ISO/IEC 42001, Artificial Intelligence, GDPR
-------------------------------------------------------------------------------
Find out more about ISO training and certification services
Training: ISO/IEC 27001 Information Security Management System - EN | PECB
ISO/IEC 42001 Artificial Intelligence Management System - EN | PECB
General Data Protection Regulation (GDPR) - Training Courses - EN | PECB
Webinars: https://pecb.com/webinars
Article: https://pecb.com/article
-------------------------------------------------------------------------------
For more information about PECB:
Website: https://pecb.com/
LinkedIn: https://www.linkedin.com/company/pecb/
Facebook: https://www.facebook.com/PECBInternational/
Slideshare: http://www.slideshare.net/PECBCERTIFICATION
Digital Artefact 1 - Tiny Home Environmental Design
Day 2 skills reinforcement
1. Day 2 Skills Reinforcement.notebook
1
October 22, 2014
Skills 10/22/14
Reinforcement 2
Homework:
Hw Sheet
Test Friday
DO NOW
Complete the following operations.
a) b.)
2. Day 2 Skills Reinforcement.notebook
2
October 22, 2014
3. Day 2 Skills Reinforcement.notebook
3
October 22, 2014
4. Day 2 Skills Reinforcement.notebook
4
October 22, 2014
Discussion Question:
How do you solve one‐step equations involving
multiplication and division?
5. Day 2 Skills Reinforcement.notebook
5
October 22, 2014
6. Day 2 Skills Reinforcement.notebook
6
October 22, 2014
7. Day 2 Skills Reinforcement.notebook
7
October 22, 2014
8. Day 2 Skills Reinforcement.notebook
8
October 22, 2014
9. Day 2 Skills Reinforcement.notebook
9
October 22, 2014
10. Day 2 Skills Reinforcement.notebook
10
October 22, 2014
11. Day 2 Skills Reinforcement.notebook
11
October 22, 2014
12. Day 2 Skills Reinforcement.notebook
12
October 22, 2014
Closing:
How do you solve one-step equations
involving fractions?
13. Day 2 Skills Reinforcement.notebook
13
October 22, 2014