Anatomy Classroom Discussion Questions
Anatomy Classroom Discussion Questions
Below are links to anatomy discussion questions that correspond to the various Zuma ed anatomy powerpoints we offer in the Systems of the Body Series. You may like to use these questions as a discussion lead-in prior to sharing our powerpoints with your students. One effective teaching method we see our teachers apply is customizing powerpoint presentations right there in the classroom to highlight challenges that students encountered during the discussion lead-in to further aid your students retention.
Standards—statements of what students should know and be able to do—have become a common fixture in the education landscape. As part of the Systems of the Body Teaching Resources we help teachers be sure our creative curriculum is aligned to the education standards students, teachers, and administrators depend on to measure proficiency and set aspirational goals. The Systems of the Body Teaching Resources aids Zuma ed
teachers and their students to achieve the below national standards:
You may wish to have students complete individual projects as they work through this series. Some suggestions for such projects are given below.
Anatomy Differentiated Instruction
Differentiated Instruction is a teaching approach based on the premise that teaching methods should be adapted to various student learning needs. Because Zuma ed.
In this series, students learn about matter, the properties and states of matter, and physical and chemical changes. The series includes the following five Modules:
Cardiovascular Lymphatic System Powerpoint
Through development of a scenario involving an accident victim, this module presents the major cells, tissues, and organs of the cardiovascular system and their functions. The module also discusses the close relationship between the cardiovascular and lymphatic systems.
This module describes the structures and chemicals that make up the digestive system and their functions. By highlighting the difference between digestion and cellular respiration, the module explores the interdependence of the body systems, particularly the digestive, cardiovascular, and respiratory systems.
This module describes the major organs and glands that make up the endocrine system and their functions,
This module describes the body’s major lines of defense against pathogens through a discussion of the major structures throughout the body that make up the immune system and their functions. The module also discusses the close relationship between the immune system and the lymphatic system.
Integumentary System Powerpoint
This module discusses the importance of the body’s largest organ. It describes the cells and tissues that make up the skin and their functions.
Musculoskeletal System Powerpoint
This module focuses on the interactions between the skeletal system and skeletal muscle. The structure of long bones and the multiple roles bones play in the body is examined, as well as the structure and function of joints and analyzes the details of muscle contraction.
This module describes the cells and major organs of the nervous system with a close look at their functions. The module also discusses spine and brain injuries and the effects of drugs and alcohol on the nervous system.
Reproductive System Powerpoint
This module describes the structures of the male and female reproductive systems and the functions of each structure. The module reviews the process of meiosis to put into context its importance in sexual reproduction.
True or False: The human body is one-half water by weight. (False. The body is about two-thirds water by weight.)
uma ed powerpoints aim to put you, the teacher, in control of your classroom. Engaging powerpoint slides, although editable, are only part of how you can take control of how your students retain what they learn. Below are links to specific anatomy classroom activities your can have your students do as part of Zuma ed science presentations and lesson plans.
Standards—statements of what students should know and be able to do—have become a common fixture in the education landscape. As part of the Systems of the Body Teaching Resources we help teachers be sure our creative curriculum is aligned to the education standards students, teachers, and administrators depend on to measure proficiency and set aspirational goals. The Systems of the Body Teaching Resources aids Zumaed teachers and their students to achieve the below national standards:
This module describes the major structures of the respiratory system and their functions. The difference between respiration and cellular respiration is also examined, highlighting the interrelationships between the respiratory system and the cardiovascular and digestive systems.
Systems of the Body Series Powerpoint
Systems of the Body leads classroom discussion of the structure and function of the major systems in the human body. By interweaving text, images, and video, the series creates a coherent and compelling vision of the how humans work, and enables students to explore the interdependence of the body systems.
This module explains the importance of water to survival and describes the major structures that make up the urinary system and their functions. The module also reviews osmosis and discusses what happens when this vital process is disrupted.
anatomy powerpoint, anatomy powerpoints, anatomy powerpoint presentations, anatomy presentation, anatomy slides, anatomy presentations, anatomy powerpoint slides, anatomy multimedia presentations, anatomy multimodal presentations, anatomy multi-modal presentations, anatomy multi-media presentations, anatomy videos, anatomy classroom videos, anatomy class videos
Zuma ed. retains copyright to the intellectual property included in the presentation file, with acknowledgement that certain photos are used under license and are credited appropriately on the next screen.
Chemistry Differentiated Instruction
Not all students are the same. Because of the modifiable nature of our powerpoints, you may find it helpful to your students to tailor our presentations to their specific needs. The following is a list of differentiated instruction articles for our Matter and its Changes Series to give you powerpoint ideas to modify our presentations to the various student groups you may have. Each article corresponds to a specific powerpoint in the series and the differentiated instruction ideas you may like to try.
Standards—statements of what students should know and be able to do—have become a common fixture in the education landscape. As part of the Matter & Its Changes Chemistry Unit Plan we help teachers be sure our creative curriculum is aligned to the education standards students, teachers, and administrators depend on to measure proficiency and set aspirational goals. The Matter & Its Changes Chemistry Unit Plan aids Zuma ed teachers and their students to achieve the below national standards:
Chemistry Projects for Students
You may wish to have students complete individual projects as they work through this series. Suggestions for such projects are given below:
Although we offer a concentrated standards-based and engaging format to teach chemistry to your students in our powerpoints, the discovery doesn’t stop here. The online world offers an interlinked pathway to successful classroom preparation. The following are online materials to compliment your unit plan for Matter & its Changes, and perhaps serve as a resource to customize your powerpoints. While teaching about chemical and physical reactions, use that “insider information” at the core of your academic and personal bond with your students to discern memorable content to insert into your powerpoints to aid retention. Below are some links to do so:
the smallest unit of an element that has all of that element’s chemical properties.
True or False: Every atom of an element contains the same number of protons, neutrons, and electrons.
Chemistry Classroom Activities
Zuma ed powerpoint presentations aim to put you, the teacher, in control of your classroom. High impact presentation slides, although customizable to the needs of your classroom, are only part of Zuma ed lesson plans. Below are links to specific chemistry classroom activities your students can perform after our powerpoint lessons.
Chemistry Classroom Discussion Questions
Below are links to chemistry classroom discussion questions that correspond to the various Zuma ed chemistry powerpoint modules we offer in the Matter and its Changes Series. You may wish to use these questions as a lead-in prior to presenting our powerpoint slides. One effective teaching approach you can apply is modifying powerpoint presentations in real-time to reflect any topics that came up during the classroom discussion to further make the lesson resonate with your students. An example is something as simple as adding: “Not those sort of Physical Changes, Paul!” after a slide on freezing, melting etc where one of your students had a sly comment to make regarding a different sort of “physical changes.”
In this series, students learn about matter, the properties and states of matter, and physical and chemical changes. The series includes the following five Modules:
This module begins with a brief review of atoms, ions, molecules, and elements. It continues with a discussion of what a chemical reaction is and the signs that one has occurred. The module concludes with a discussion of chemical equations and endothermic and exothermic reactions.
Displacement and Oxidation-Reduction Reactions Powerpoint
After a review of chemical reactions, this module leads into a discussion of the characteristics of single- and double-displacement reactions, including examples of each. It also introduces oxidation-reduction reactions and electrochemistry.
Matter and States of Matter Powerpoint
This module guides a classroom discussion of matter and its states. The four states of matter (solid, liquid, gas, plasma) are introduced, as are atoms, atomic structure, elements, and the periodic table. The module also addresses ions, molecules, and compounds.
After a review of atoms, ions, molecules, and states of matter, this module presents a discussion of changes of state, phase diagrams, and heating curves. The module also addresses mixtures, with a focus on separation of mixtures.
Synthesis and Decomposition and Combustion Reactions Powerpoint
After a review of chemical reactions, this module presents a discussion of the characteristics of synthesis, decomposition, and combustion reactions, including examples of each.
Matter and Its Changes Series Powerpoint
Unlock the mysteries of the physical world with the Matter and Its Changes series. The series uses a dynamic format that combines videos, images, and graphs to create a seamless, media-rich learning experience. Students will learn about matter, the properties and states of matter, physical and chemical changes, and the primary types of chemical reactions.
From controlled group experiments to organized topical debates, here you can find real-world examples of innovative classroom activities that teachers are having their students do in conjunction with Zuma ed powerpoint presentations to help students learn. In the coming months we’ll be accepting submissions from educators. Stay tuned and let us know which activities were the most effective in your classroom! Below are links to course-specific lists of activities you can have your students partake in.
Whether you’re teaching the Continental Congress, oxidation reactions, Newton’s 3rd Law, or rational functions, one fact remains the same—projects for students help enhance retention of material and provide opportunities for hands-on learning.
The goal of our powerpoint presentations is to increase student outcomes, relevancy, and the impact of your lessons within the context of your school’s curriculum and applicable educational standards. We understand you have limited time to teach and organize the material required to meet state and national standards. Below you can navigate to articles that highlight the correlation of our powerpoint teaching products to education standards.
Supplemental educational materials are helpful if they can be readily integrated into the established curriculum. And it is crucial that they are supported by recognized educational standards.
Assessment is as important today as it has been at any point in the history of teaching. The challenge, increasingly, is incorporating meaningful assessment mechanisms into increasingly sophisticated delivery systems.
The teacher is free to modify the presentations in any way. For example, you may wish to add instructions and problems to reflect the information given in the textbook that you use for the course. You may want to create worksheets for the interactive activities for a more structured approach.
Standards—statements of what students should know and be able to do—have become a common fixture in the education landscape. As part of The Fndamentals of Algebra Teaching Resources we help teachers be sure our creative curriculum is aligned to the education standards students, teachers, and administrators depend on to measure proficiency and set aspirational goals. The The Fndamentals of Algebra Teaching Resources aids Zuma ed teachers and their students to achieve the below national standards:
You may wish to have students complete individual projects as they work through this series. Some suggestions for such projects are given below.
Although we offer a concentrated standards-based and engaging format to teach chemistry to your students in our powerpoints, the discovery doesn’t stop here. The online world offers an interlinked pathway to successful classroom preparation. The following are online materials to compliment the Fundamental Topics in Algebra Series, and perhaps serve as a resource to customize your powerpoints. We suggest you use that “insider information” at the core of your academic and personal bond with your students to discern memorable content to insert into your powerpoints to aid retention. Below are some links to do so:
A line, or a curve, that a graph approaches, but does not intersect.
Assessment is as important today as it has been at any point in the history of teaching. The challenge, increasingly, is incorporating meaningful assessment mechanisms into increasingly sophisticated delivery systems.
Algebra Classroom Discussion Questions
Below are links to algebra discussion questions that correspond to the various Zuma ed algebra powerpoints we offer in the Fundamental Topics in Algebra Series. You may like to use these questions as a discussion lead-in prior to sharing our powerpoints with your students. One effective teaching method we see our teachers apply is customizing powerpoint presentations right there in the classroom to highlight challenges that students encountered during the discussion lead-in to further aid your students retention.
In this series, students learn about matter, the properties and states of matter, and physical and chemical changes. The series includes the following five Modules:
Fundamental Topics in Algebra Series Powerpoint
In this series, students learn about linear functions, quadratic functions, polynomial functions, and rational functions. The series includes real-life examples that help students understand the role mathematics plays in making everyday decisions. Each Module also features dynamic applications that allow the teacher to control graphs and functions in real time, creating a truly interactive and immersive learning experience.
This module opens with a discussion of practical problems that can be solved using linear functions—calculating a runner’s desired pace, and figuring out the best cell phone plan. Along the way, the slope of a line and linear functions are defined. The module presents the slope-intercept form, the point-slope form, and the general form for the equation of a line, along with examples and interactive activities for finding each. Then, it moves to a description of a method for solving linear inequalities along with examples and interactive activities. Students are prompted to find the equation of a line given a graph and to graph a line given an equation.
Polynomial Functions Powerpoint
This module begins by showing how to make a box out of cardboard that has maximum. It presents a discussion of polynomial functions and classifies them according to the number of terms (type) and according to its degree (order). The definition of a cubic polynomial function and the general form of the equation
Quadratic Functions Powerpoint
This module begins by showing how the world is full of parabolas—at a baseball game, supporting a suspension bridge, at a water fountain. The module defines a parabola as a conic section, and allows students to create different parabolas that all share the same geometric properties. The general form of a quadratic function y = ax2 +bx + c is also presented, followed by an interactive activity where students can change a, b, and c to see how these changes affect the graph.
This module begins with a discussion of how rational functions are used in everyday life, such as helping to save the environment, or in engaging in cost-benefit analysis. It presents an optimization problem of minimizing the surface area of aluminum needed to produce a can with a given volume. Rational functions are defined along with a list of characteristics to look for when plotting rational functions including zeros, y-intercepts, holes of the function, asymptotes, and long- and short-term behavior of the function.
Zuma ed. retains copyright to the intellectual property included in the presentation file, with acknowledgement that certain photos are used under license and are credited appropriately.
Physics Differentiated Instruction
Differentiated instruction applies a methodology to teaching so that a diverse set of students have multiple options for learning. Because our presentations are totally modifiable, you may find it useful to your students to modify our presentations to their individual needs. Below is a list of articles on differentiated instruction for our Classical Mechanics Series to give you powerpoint ideas to modify our presentations to the many student groups you may have. Each article corresponds to a specific powerpoint in the series and the ideas for differentiated instruction you may like try with your students.
Standards—statements of what students should know and be able to do—have become a common fixture in the education landscape. As part of the Classical Mechanics Teaching Resources we help teachers be sure our creative curriculum is aligned to the education standards students, teachers, and administrators depend on to measure proficiency and set aspirational goals. The Classical Mechanics Teaching Resources aids Zuma ed teachers and their students to achieve the below national standards:
You may wish to have students complete individual projects as they work through this series. Some suggestions for such projects are given below.
Although we offer a concentrated standards-based and engaging format to teach chemistry to your students in our powerpoints, the discovery doesn’t stop here. The online world offers an interlinked pathway to successful classroom preparation. The following are online materials to compliment the Classical Mechanics Series, and perhaps serve as a resource to customize your powerpoints. We suggest you use that “insider information” at the core of your academic and personal bond with your students to discern memorable content to insert into your powerpoints to aid retention. Below are some links to do so:
the rate of change of an object’s velocity.
Inelastic collisions conserve both linear momentum and kinetic energy.
Zuma ed powerpoints put you, the teacher, in control of your classroom. Retention oriented presentation slides, although modifiable to the needs of your students, are only part of Zuma ed lesson plans. Below are links to specific physics classroom activities your class can partake in after sharing our powerpoints with your students.
Physics Classroom Discussion Questions
Below are links to physics classroom discussion questions that correspond to the various Zuma ed physics powerpoints we offer in the Classical Mechanics Series. You may like to use these questions as a discussion lead-in prior to sharing our presentation slides. One useful teaching approach our teachers often applies is editing powerpoint presentations on the fly to reflect any topics that came up during the lead-in discussion to further make the lesson resonate with your students.
In this series, students learn about matter, the properties and states of matter, and physical and chemical changes. The series includes the following five Modules:
Classical Mechanics Series Powerpoint
The Classical Mechanics series presents key concepts in physics, structuring the classroom conversation around sound pedagogy, engaging images and videos, and dynamic applications (PC only) that allow the teacher to control graphs and functions in real time—creating a truly interactive and immersive learning experience. Students will learn about forces, motion, work, energy, and other concepts fundamental to classical mechanics.
This module examines what motion is and how scientists describe motion. It presents a discussion of scalar and vector quantities, as well as the concepts of speed, velocity, and acceleration and the equations that describe them. The module shows how to analyze motion graphs (i.e., position vs. time, velocity vs. time, and acceleration vs. time graphs).
Kinetic and Potential Energy Powerpoint
This module addresses energy, energy transformations, and energy transfers. Students learn the definitions of gravitational potential energy and kinetic energy, as well as the equations used to calculate each. The module also presents a sample calculation involving transformations between kinetic and potential energy for a moving object, and a discussion of potential and kinetic energy at the micro scale
This module leads students on a discussion of linear momentum and how it is calculated. They will also learn about conservation of linear momentum and elastic and inelastic collisions. The module presents calculations for an inelastic collision and an elastic collision, and concludes with a discussion of the impulse-momentum theorem.
In this module, students learn about Newton’s first law of motion. The module also includes a discussion of inertia, contact and field forces, velocity, and acceleration.
Newton’s second Law Powerpoint
This module addresses different ways of thinking about Newton’s second law (i.e., in terms of F = ma and in terms of F∆t = ∆p). It also provides several examples of Newton’s second law in action, as well as a discussion of gravity and additional everyday examples of Newton’s second law.
This module discusses Newton’s third law and its implications. It focuses on everyday examples of Newton’s third law (e.g., airplane flight and structural failure), and also addresses the concept of restoring force.
This module begins by describing what a projectile is (including the shape of its path). This is followed by a discussion of how to resolve the overall motion of the projectile into horizontal and vertical components. Students will also participate in a discussion of how to calculate the projectile’s travel time, maximum height, and range as demonstrated in a worked-out calculation of the path of an arrow.
This module guides a discussion of what work is and how scientists describe work. It examines the dynamics of simple machines and how they affect work. Students will also learn the scientific meaning of “power.”
Zuma ed. retains copyright to the intellectual property included in the presentation file, with acknowledgement that certain photos are used under license and are credited appropriately on the next screen.
Constitution Differentiated Instruction
Because of the editable nature of our powerpoints, you may find it helpful to your students to adapt our presentations to their individual needs. Please browse our list of articles on differentiated instruction for our Constitution and its Amendments Series to give you powerpoint ideas to modify our presentations to the myriad student groups you may have. Each article corresponds to a specific powerpoint in the series and the differentiated instruction ideas you may like try.
Constitution Education Standards
Standards—statements of what students should know and be able to do—have become a common fixture in the education landscape. As part of The Constitution and its Amendments Teaching Resources we help teachers be sure our creative curriculum is aligned to the education standards students, teachers, and administrators depend on to measure proficiency and set aspirational goals. The Constitution and its Amendments Teaching Resources aids Zuma ed teachers and their students to achieve the below national standards:
Constitution Projects for Students
You may wish to have students complete individual projects as they work through this series. Some suggestions for such projects are given below.
Constitution Teaching Resources
Although we offer a concentrated standards-based and engaging format to teach chemistry to your students in our powerpoints, the discovery doesn’t stop here. The online world offers an interlinked pathway to successful classroom preparation. The following are online materials to compliment The Constitution and its Amendments Series, and perhaps serve as a resource to customize your powerpoints. We suggest you use that “insider information” at the core of your academic and personal bond with your students to discern memorable content to insert into your powerpoints to aid retention. Below are some links to do so:
an alteration or addition to the Constitution.
Anti-federalists supported the creation of a strong, central government.
Constitution Classroom Activities
Zuma ed powerpoint slides put you, the teacher, in control of your classroom. Engaging powerpoint presentations, although customizable, are only part of how you can take control of how your students retain what they learn. Below are links to specific classroom activities your can have your students studying the US Constitution perform as part of Zuma ed social studies presentations and lesson plans.
Constitution Classroom Discussion Questions
Below are links to US Constitution discussion questions that correspond to the various Zuma ed Constitution powerpoints we offer in The Constitution and its Amendments Series. You may like to present these questions to your students prior to displaying our powerpoints. One effective teaching approach we see our teachers apply is editing presentations right there in the classroom to make slides more relevant to the questions your students had during the lead-in. For example, in one of our slides we imagine if President James Madison had a Myspace page–you might want to add the names of your students on President Madison’s friends list, possibly with your students pictures if you have them.
In this series, students learn about matter, the properties and states of matter, and physical and chemical changes. The series includes the following five Modules:
Amendments 18 through 27 Powerpoint
This module describes the process required to amend the Constitution. It discusses the historical context and provisions of Amendments 18 through 27, including the Prohibition amendments (Amendments 18 and 21), which relate to the production, sale, and transportation of alcohol, the right of women to vote (Amendment 19), the formalization of the presidential two-term rule (Amendment 22), the prohibition of poll taxes (Amendment 24), and the change in legal voting age from 21 to 18 years of age (Amendment 26).
History of the Constitution Powerpoint
This module begins with a hypothetical: how our country would be different today if the states had not approved the Constitution? From there, it goes on to focus on some of the important historical documents that paved the way for the Constitution and discusses the creation (and undermining) of the Articles of Confederation. The module visits the Constitutional Convention and describes the many important compromises that had to be resolved before the Constitution could be finalized. It concludes with a summary of the new government created under the Constitution.
States Power and Federal Power Powerpoint
This module addresses the different types of federalism and explains why the United States is considered an example of cooperative federalism. It then moves on to a discussion of the sections of the Constitution that deal with the separation of state and national powers the (10th Amendment, the necessary and proper clause, the commerce clause, and the supremacy clause), and it explains the effect of each on the balance of power. The module offers several case studies (medical marijuana, same-sex marriage, abortion, gun control, and education) and explains why each issue is decided at the state or national level.
Although we offer a concentrated standards-based and engaging format to teach chemistry to your students in our powerpoints, the discovery doesn’t stop here. The online world offers an interlinked pathway to successful classroom preparation. The following are online materials to compliment the Systems of the Body Series, and perhaps serve as a resource to customize your powerpoints. We suggest you use that “insider information” at the core of your academic and personal bond with your students to discern memorable content to insert into your powerpoints to aid retention. Below are some links to do so:
Zuma ed. retains copyright to the intellectual property included in the presentation file, with acknowledgement that certain photos are used under license and are credited appropriately.
This module provides an in-depth discussion of the Bill of Rights and examines why it was created. Each of the first ten amendments is discussed in detail. The module places special emphasis on the components of the First Amendment (speech, religion, and assembly) and explains some of the accepted limitations on these basic rights. Other topics include the right to bear arms (Amendment 2), protection from unreasonable search and seizure (Amendment 4), the right to a speedy trial by an impartial jury (Amendment 6), and protection from cruel and unusual punishment (Amendment 8).
The Branches of Government Powerpoint
This module leads a discussion of the three branches of government (legislative, executive, and judicial) as defined by the first three articles of the Constitution. It also addresses the concept of checks and balances and shows how the different branches are able to limit the power of other branches. Each branch of government is described in depth.
The Constitution and its Amendments Series Powerpoint
The Constitution and Its Amendments traces the development of the document that forms the structure of the American government. Students will learn about the key provisions of the Constitution, and discover the history of its creation and implementation from the time of the Articles of Confederation through to the current day. This series combines primary source materials with historical images and audio, along with thought-provoking videos on timely issues.
Amendments 11 through 17 Powerpoint
This module describes the process required to amend the Constitution. It discusses the historical context and provisions of Amendments 11 through 17, with special emphasis on the Reconstruction amendments (Amendments 13 through 15), which dealt with the rights of freed slaves and other minorities. Other topics include the election of the vice president (Amendment 12), the election of senators (Amendment 17), and
Presidential Elections Education Standards
The activities in this Teacher’s Guide were created in compliance with the following National Education Technology Standards from the National Education Technology Standards Project.
Presidential Elections Projects for Students
You may wish to have students complete individual projects as they work through this series. Some suggestions for such projects are given below.
Presidential Elections Teaching Resources
Presidential Elections Teaching Resources
Presidential Elections Vocabulary
A series of political actions (like advertisements, public appearances, and debates) that are used to help a candidate get elected to office.
Presidential Elections Worksheet
How do media images in a presidential campaign affect voter interest and decisions?
Presidential Elections Classroom Activities
You may wish to carry out the following activities with your class.
Presidential Elections Classroom Discussion Questions
You may wish to lead a class discussion prior to beginning this presentation. The following questions can help guide that discussion.
Presidential Elections Lesson Plan
This Lesson Plan offers instructional tools to complement Zuma ed.’s 2008 Presidential Election programs, The Role of Media and the Role of the Electoral College. Each program immerses students in critical election processes and players. The guide presents learning activities, discussion questions, assessment, and print and digital resources that help teachers not only get the most out of the 2008 Presidential Election programs, but also enable them to prepare their students to become informed voters.
The Role of Media in Presidential Elections Powerpoint
As media plays an ever-more active role in our presidential campaigns, our students need to become critical viewers to be able to take their place as citizens in a democracy. The Role of Media in Presidential Elections uses real-world examples, from Lincoln to McCain, to help students learn to question,analyze and understand the messages in the media. The program features historic examples from all media, from Buchanan’s time to FDR’s effective use of radio, to television ads that have changed the political landscape, to this season’s controversial debates. We think you will find this very timely FREE program an essential tool for any High School social studies or media literacy curriculum. Here’s why:
The Role of the Electoral College Powerpoint
As many Americans learned – to their surprise – in the 2000 election, the United States does not elect its presidents directly. Rather, the Constitution calls for a complex system of choosing electors, one that seeks to strike a balance between representing individual voters and representing individual states. The Role of Electoral College introduces students to this essential cornerstone of our democracy, and explores how it has influenced elections though the centuries.