1. How is planning a mathematics lesson like planning a road trip? The article lists 4 phases of planning a lesson. Write at least a paragraph about each phase. Summarize what that phase is about and how it is connected to the theme of planning a road trip. Phase one might take more than one paragraph to summarize.
Phase 1: Lesson Goals
The first step of lesson planning is critical; it is deciding on understanding and comprehensible learning goals for the lesson. The lesson goal serves as the destination for our trip. The lesson is over linear functions with parameters of slope and y-intercept. The students has to write an explanation of the slope of an equation evaluating chirping rates and the temperature. This example allowed the students
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The students use representations of linear functions and should relate them to their lives. Speak the Dialect is when the important terms and symbols are implemented. The textbook definitions and your lesson plan definitions need to match up to insure that the students are ready for the National Assessments’. The terms used in this lesson are slope, y-intercept, x and y axis, x and y coordinate, rate, term, factor, and coefficient. The students should not be introduced these terms for the first time on a national exam.
Phase 2: Topic Progression
While planning a lesson plan, the previous knowledge expected is huge. We can not assume that all of the students know the prerequisite ideas, but clarifying and being aware of this knowledge is important in teaching the students. For the sample lesson, the previous knowledge might include already knowing how to define and identify slope-intercept form of a linear equation. Next, for the students who need more of a challenge, examine their ability to calculate slope of a table that skips x and y values.
Phase 3: Student
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Justify your choice by answering with a few sentences. Use the information from the article to help you determine the correct level of cognitive demand.
At a paved road, students move through the ideas of condensing and expanding exponents quickly and easily. At a gravel road, students move through the exponent problems smoothly, without making any real-world connections. At a dirt road, students apply effort to solve the expressions and evaluate the exponents. Using real-world problems help the understanding of the expressions. Lastly, on an off-road adventure, students are executing the exponential problems but are struggling, while exploring and analyzing other situations and ideas that may or may not pertain to the problem; this path is unclear.
D) CC Practices (Local Attractions): What Standards for Mathematical Practice will your lesson incorporate? Don’t just list the Practices, explain each choice with a few sentences, similar to the way that it was done in the
They no longer need to see each group beginning build through a picture. They will be able to understand the relationship between number, and regroup when needed. Student are able to work problem through by recognizing pattern within the factors
b. Describe the re-engagement lesson you designed to develop each focus student’s mathematical knowledge in relation to the targeted learning objective/goal. Your description should include targeted learning objective/goal from prompt 3a state-adopted academic content standards that were the basis of the analysis strategies and learning tasks to re-engage students (including what you and the students will be
Instructional Plan Engage, Connect, and Launch: Engage: Say, “I know everyone here knows what a square and a rectangle are, but do you know the difference? These are two more 2 dimensional shapes that we’re going to talk about today.” Connect: Say, “Today we’re going to look at squares and rectangles and find out what is different between them because they both look like boxes, right? In fact, I’m sure everyone has received gifts that came in a square and a rectangle shaped box.”
Students would learn and become familiar with the Order of Operations and understand that they must do the work that is in the parentheses before continuing with the remainder of the problem. Another fun activity that the students could do for independent practice is ‘Fact Family Homes’. For this activity, students would be given three numbers; 2, 5, and 7; they would practice the addition first- 2+5=7 and 5+2=7 and then the subtraction- 7-2=5 and 7-5=2. The teacher would make six of these little homes on a worksheet and have different numbers and equations for the students to solve. One more activity that I would have the students work on to help retain the Commutative property of addition is a cut and paste worksheet.
This creates a major cultural split between students and the teacher. It
An example of this is that if the child is busy with play dough and the child is busy making the body of the cat, and the child’s body of the cat is flat the teacher may get her own piece of play dough and show the child how she makes the body of the cat more round by rolling it in the palm of her hands, she then allows the child to try and do it on his or her
(lake). This example shows that because the teacher’s
• Write down the highlighted numbers. Do you observe a pattern? • Does the pattern grow? What is the reason for this? • Write down the last number (say 53).
Second, I would introduce a problem that the student might find interesting and excite their interest for the challenge of solving a long division problem. Third, I would model how to work through some long division problems with the use of material scaffolding in the form of the mnemonic device and guided examples mentioned in answer 4-B. Fourth, I would use the mnemonic device as a handout, and poster on a wall, to let practice my student practice long division problems with the mnemonic device as a reminder tool. The mnemonic device could be “Dad, Mom, Sister, and Brother,” which would stand for “Divide, Multiply, Subtract, and Bring Down.” I would also model and practice the guided examples with the student on a handout. Fifth, I would begin task scaffolding by walking through each step in solving long division using the mnemonic device provided above along with the guided examples.
Rose tells the reader some of the actions students take towards their education, students have slack off, get into fights and they party in other words they are becoming into troublemakers. Teachers should provide their education without any problem to help students learn teachers need to
Observation 9: Math Each day, students do something that is a part of their circle time and it covers much of their math learning for the entire day. At the start of the day, a student is picked to be pointer and the math fun begins. They start with the calendar and count how many days they have been in school that month with one-to-one correspondence. They go over the days of the week, the month, what the previous day was, and the next day will be.
Communicating is also an important part of the language process as it allows children to connect words, actions, pictures and symbols. Such communication helps children to enhance and develop their meaning. The use of manipulatives and meaning are used to assist children to represent concepts whilst allowing knowledge experiences that can be examined, explained and emulated. However some students struggle to find words used to describe a particular situation or words associated with mathematical meanings. Most of the words and names associated with geometry are from the Greek and Latin language, it is beneficial when teaching children the names of different shapes, that it is, introduced slowly so that children don’t become overwhelmed or confused, simple everyday phrases are beneficial until students become fluent in the language associated with
PCELL: Let me give you a little bit of background on the project, and particularly why I am here at Tri-C. I don’t know how familiar you are with some changes in developmental and first year undergraduate mathematics. It used to be that everyone took courses that were kind of on a calculus track, even though they were never going to take calculous unless that fit unto their major. So, they took classes like college algebra, finite math and trig, just because we have been teaching them for decades.
IX. Professional Reflection – added after lesson is taught Your reflection should include, but not be limited to, thoughtful answers to each of the following: 1.Were the instructional objectives met? How do I know the students learned what was intended? The instructional objectives of my reading lesson plan were met.
While the students are viewed as empty vessels who receive knowledge form the teacher through teaching and direct