This lesson plan is for a 7th grade life science class on frog dissection. Students will complete a virtual dissection and identify the major organs of a frog. They will answer questions on a handout to understand how a frog's organ systems compare to human organ systems. To begin, students will answer a journal prompt about organ systems in animals. The teacher will then introduce the virtual dissection activity and demonstrate it. Students will work independently at computer stations to complete the virtual dissection and handout. To finish, students will answer journal questions comparing frog and human organ systems as an entrance ticket for the next class.
Pubblicazione dello stato dell'arte della piattaforma I-Rig, l'innovativo concetto di Internet delle cose che utilizza tecnologia NFC, Mobile e Cloud per far interagire oggetti con il web e il social network.
Le slide presentate da Giaime Ginesu (Affari Generali Regione Sardegna) durante l'incontro dei comunicatori pubblici sardi "Piovono Dati. irrighiamo il territorio".
3132020 PSY105 & PSY101 - Page 4.15 - Study Strategiesht.docxBHANU281672
3/13/2020 PSY105 & PSY101 - Page 4.15 - Study Strategies
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Psychology
Course Notes
Study Strategies
On this page, you’ll read about some additional concepts that you should note to
succeed in this course.
4 Memory / Page 4.15 Course Notes: Study Strategies
On this page: 1 of 1 attempted (100%) | 1 of 1 correct (100%)
Now that you’ve gotten an overview of how memory works, this Course Notes page will
provide a closer look at what these concepts suggest about the best ways to study to
improve long-term retention. The study skills on this page will help you study and
remember the key concepts from this course. They will also be important for the
investigation in Chapter 6 as well as Case Study #3, which is due in Week 9.
Active Study Strategies
It’s important to read any given material and listen to lectures or discussions, but these
actions are not study strategies. When you read or listen, your sensory memory is taking
in the information. But to study the information, learn it, and encode it in your long-
term memory, you must actively process it in your working memory. Research shows
that rereading text without thinking about it or doing something with it creates a false
sense of familiarity (Roediger & McDermott, 1995). To truly learn something and
commit it to long-term memory, use the following active study strategies—and be sure
to study often and over time.
Rehearse and Retrieve
Rehearsal, or retrieval practice, involves more active processing than simply rereading.
If you hear a new song on the radio, you probably can’t sing all the words after listening
to it only once. After hearing it several times, however, you may know the lyrics and the
melody. Retrieval practice is similar to listening to a song over and over. When you
rehearse information, quizzing yourself to test your recall, you strengthen the memories
and make it more likely that you will retrieve the information quickly. This is due in
part to the testing effect. The more you test yourself on the information you’re likely to
be asked about, the more likely you’ll remember it when you need it.
Use Mnemonics
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When you need to memorize lists of items or steps in a procedure, use or develop
mnemonics. Since working memory is limited to between five and seven bits of
information at a time, chunking and mnemonics allow you to consolidate a list or steps
into a more manageable unit to remember. For example, you can use the acronym
CANOE to remember the Big Five personality traits from Chapter 3: conscientiousness,
agreeableness, neuroticism, openness, and extraversion.
Make It Meaningful
As you study mater.
Pubblicazione dello stato dell'arte della piattaforma I-Rig, l'innovativo concetto di Internet delle cose che utilizza tecnologia NFC, Mobile e Cloud per far interagire oggetti con il web e il social network.
Le slide presentate da Giaime Ginesu (Affari Generali Regione Sardegna) durante l'incontro dei comunicatori pubblici sardi "Piovono Dati. irrighiamo il territorio".
3132020 PSY105 & PSY101 - Page 4.15 - Study Strategiesht.docxBHANU281672
3/13/2020 PSY105 & PSY101 - Page 4.15 - Study Strategies
https://www.webtexts.com/courses/34215-poirier/traditional_book/chapters/3617705-memory/pages/3617704-study-strategies 1/3
Psychology
Course Notes
Study Strategies
On this page, you’ll read about some additional concepts that you should note to
succeed in this course.
4 Memory / Page 4.15 Course Notes: Study Strategies
On this page: 1 of 1 attempted (100%) | 1 of 1 correct (100%)
Now that you’ve gotten an overview of how memory works, this Course Notes page will
provide a closer look at what these concepts suggest about the best ways to study to
improve long-term retention. The study skills on this page will help you study and
remember the key concepts from this course. They will also be important for the
investigation in Chapter 6 as well as Case Study #3, which is due in Week 9.
Active Study Strategies
It’s important to read any given material and listen to lectures or discussions, but these
actions are not study strategies. When you read or listen, your sensory memory is taking
in the information. But to study the information, learn it, and encode it in your long-
term memory, you must actively process it in your working memory. Research shows
that rereading text without thinking about it or doing something with it creates a false
sense of familiarity (Roediger & McDermott, 1995). To truly learn something and
commit it to long-term memory, use the following active study strategies—and be sure
to study often and over time.
Rehearse and Retrieve
Rehearsal, or retrieval practice, involves more active processing than simply rereading.
If you hear a new song on the radio, you probably can’t sing all the words after listening
to it only once. After hearing it several times, however, you may know the lyrics and the
melody. Retrieval practice is similar to listening to a song over and over. When you
rehearse information, quizzing yourself to test your recall, you strengthen the memories
and make it more likely that you will retrieve the information quickly. This is due in
part to the testing effect. The more you test yourself on the information you’re likely to
be asked about, the more likely you’ll remember it when you need it.
Use Mnemonics
https://www.webtexts.com/courses/34215-poirier/traditional_book
3/13/2020 PSY105 & PSY101 - Page 4.15 - Study Strategies
https://www.webtexts.com/courses/34215-poirier/traditional_book/chapters/3617705-memory/pages/3617704-study-strategies 2/3
When you need to memorize lists of items or steps in a procedure, use or develop
mnemonics. Since working memory is limited to between five and seven bits of
information at a time, chunking and mnemonics allow you to consolidate a list or steps
into a more manageable unit to remember. For example, you can use the acronym
CANOE to remember the Big Five personality traits from Chapter 3: conscientiousness,
agreeableness, neuroticism, openness, and extraversion.
Make It Meaningful
As you study mater.
Most traditional projects capture the majority of their lessons learned at the end of the project. The intent behind capturing these lessons is to allow the organization to apply them to future projects with a similar business or technical domain, or to projects that have similar team dynamics.
This approach, frankly, is too little, too late. We need to apply the benefits of learning as we go—on our current project, and as soon as possible.
Agile projects schedule continuous improvement activities into the plan as part of the methodology. The agile approach to lessons learned is deliberate and frequent, and it helps ensure that the team regularly considers adaptation and improvement to the point where it becomes habitual and part of their normal way of working.
We will look at the T&T and K&S that are part of this “Learn” step:
Retrospectives
Knowledge Sharing
Process Tailoring
Principles of Systems Thinking (Complex, Adaptive, Chaos)
Process Analysis
Continuous Improvement Processes
Self Assessment
Ace Maths Solutions Unit Five Reading: Exercises on Teaching Data Handling (w...PiLNAfrica
The solutions unit consists of the following:
General points for discussion relating to the teaching of the mathematical content in the activities.
Step-by-step mathematical solutions to the activities.
Annotations to the solutions to assist teachers in their understanding the maths as well as teaching issues relating to the mathematical content represented in the activities.
Suggestions of links to alternative activities for the teaching of the mathematical content represented in the activities.
Ace Maths Solutions Unit Five Reading: Exercises on Teaching Data Handling (w...Saide OER Africa
The solutions unit consists of the following:
General points for discussion relating to the teaching of the mathematical content in the activities.
Step-by-step mathematical solutions to the activities.
Annotations to the solutions to assist teachers in their understanding the maths as well as teaching issues relating to the mathematical content represented in the activities.
Suggestions of links to alternative activities for the teaching of the mathematical content represented in the activities.
1. Lesson Plan Template Name ____________Ms. Russo__________
Grade Level ________7__________
Lesson Title _____Dissection_____ Subject ______Life Science__
Date ____________________________________
I. SETTING THE STAGE
HCPS III STANDARDS
Benchmark SC.7.4.3 Describe the levels of organization in an organism
INSTRUCTIONAL OBJECTIVES
Condition
Performance
(begin w/action verb)
Criterion
In order to recognize the organs that make up organ systems, SWBAT identify the major organs of a frog visually
In order to understand how organ systems work together for the function of an organism, SWBAT make connections between a frog’s organ systems
and a human’s organ systems
ANTICIPATORY SET (Warm-Up or Bell Work)
(Time ______5 mins_________)
AGENDA ITEMS POSTED ON FRONT BOARD
1. Ready, Set, Go!
Students will answer following journal prompt - > Think about your
2. Virtual Dissection Intro
favorite animal. Do you think that its organ systems are the same as ours? 3. Class Activity – Sec I
Why or why not?
4. Do Now
5. Journal Close
II. ACQUISITION
1. SAY (Explanation) (Time ______20
mins______)
Today we will be completing a virtual
dissection. Follow along as I go over directions
for the activity. You will be completing the
dissection handout as you work on your virtual
dissection. After I explain the instructions, we
will be completing the first section of the
handout together as a class. Then we will be
reviewing the questions in the handout so you
understand what the questions are asking and
what to listen for when you begin your virtual
SEE (Modeling)
DO (Structured Practice)
Show students how they are expected to behave
as demo is acted out.
Work with students to perform demonstration
2. dissection.
2. SAY (Explanation) (Time ______50
mins______)
SEE (Modeling)
DO (Structured Practice)
For the Do Now, move to a computer station
and begin the activity by following the link
provided. The teacher will be walking around to
help you if you have any questions. Remember
to do the activity in order and to listen for the
information needed to answer the questions in
your handout.
Remind students of research tips and expected
behavior on the computers.
Observe students as they begin their work.
III. CONSOLIDATION
GUIDED PRACTICE if applicable (Time _____________)
Monitor students to make sure they are on track.
FORMATIVE ASSESSMENT (Assessment of Learning) if applicable (Time _____________)
Dissection handout, journal close
SUMMATIVE ASSESSMENT (Assessment of Learning) if applicable (Time _____________)
N/A
CLOSURE if applicable (Time ______5_______)
Student will answer journal close questions which is their entrance slip
for following class. Students must at least write questions down so they
can answer for homework. If time permits, students can work on at end
of class and/or class can discuss.
1. After doing the virtual dissection, what stuck out to you
more—the differences or the similarities between the
frog’s organ systems and our own? How so?
INDEPENDENT PRACTICE if applicable