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Download sample pages from James Madison Critical Thinking Course (PDF) Typically counted as 1/2 credit for high school students. James Madison Critical Thinking Course Engage your teen in captivating crime-related scenarios and give him the necessary critical thinking skills with the James Madison Critical Thinking Course. Superbly easy for any homeschool family to use. The step-by-step, self-instructional lessons and activities are straightforward and applicable across your teen's entire curriculum. The James Madison Critical Thinking Course Uses mini-mysteries and a fictional detective with the Los Angeles Police Department. Each chapter of the James Madison Critical Thinking Course focuses on various thinking skills and leads your teen gradually into complicated analytical skills. Massive in scope, the course teaches more than sixty-five skills and concepts related to critical thinking. Your student will learn to distinguish a fact from an opinion, recognize ambiguity in a statement, evaluate arguments as valid or not, and assess common fallacies in reasoning. Everything in a typical introductory logic course is included in the James Madison Critical Thinking Course. Pages are perforated for easy removal and are reproducible for your home use. The Instruction Guide (sold separately) provides answers to the exercises and the quizzes but virtually no additional information. Features Topics Include: Interpret and apply complex texts, instructions, illustrations, etc. Recognize and clarify issues, claims, arguments, and explanations. Distinguish: conclusions, premises (reasons), arguments, explanations, assumptions (stated/unstated), issues, claims (statements), suppositions, unstated conclusions, unstated premises, and implications. Recognize ambiguity and unclearness in claims, arguments, and explanations. Distinguish necessary and sufficient conditions. Describe the structure or outline of arguments and explanations: confirmation, disconfirmation. Evaluate whether an inductive argument is strong or weak. Evaluate claims and arguments in terms of criteria such as: consistency, relevance, support. Evaluate analogical arguments and inductive generalization arguments in terms of criteria, such as: the greater the number of similarities between the conclusion and the premises regarding the sample, the stronger the argument. Assess the relevance of claims to other claims, and to questions, descriptions, representations, procedures, information, directives, rules, principles, etc. Evaluate whether a deductive argument is valid or invalid (logical form): categorical, truth-functional, and semantic/definitional. Distinguish supporting, conflicting, compatible, and equivalent claims, arguments, explanations, descriptions, representations, etc. Identify and avoid errors in reasoning, informal fallacies: begging the question, equivocation, post hoc, ergo propter hoc (after that, therefore, because of that), false dilemma/false dichotomy fallacy (line drawing fallacy, perfectionist fallacy), smoke screen/red herring/rationalizing, hasty generalization, appeal to ridicule/sarcasm, ad hominem fallacy (personal attack, poisoning the well), appeal to illegitimate authority, loaded question, evidence surrogate, stereotyping, appeal to consequences (favorable or unfavorable), "wishful thinking", genetic fallacy, biased generalization, anecdotal evidence. Discern whether pairs of claims are consistent, contrary, contradictory, or paradoxical. Topics Include: Interpret and apply complex texts, instructions, illustrations, etc. Recognize and clarify issues, claims, arguments, and explanations. Distinguish: conclusions, premises (reasons), arguments, explanations, assumptions (stated/unstated), issues, claims (statements), suppositions, unstated conclusions, unstated premises, and implications. Recognize ambiguity and unclearness in claims, arguments, and explanations. Distinguish necessary and sufficient conditions. Describe the structure or outline of arguments and explanations: confirmation, disconfirmation. Evaluate whether an inductive argument is strong or weak. Evaluate claims and arguments in terms of criteria such as: consistency, relevance, support. Evaluate analogical arguments and inductive generalization arguments in terms of criteria, such as: the greater the number of similarities between the conclusion and the premises regarding the sample, the stronger the argument. Assess the relevance of claims to other claims, and to questions, descriptions, representations, procedures, information, directives, rules, principles, etc. Evaluate whether a deductive argument is valid or invalid (logical form): categorical, truth-functional, and semantic/definitional. Distinguish supporting, conflicting, compatible, and equivalent claims, arguments, explanations, descriptions, representations, etc. Identify and avoid errors in reasoning, informal fallacies: begging the question, equivocation, post hoc, ergo propter hoc (after that, therefore, because of that), false dilemma/false dichotomy fallacy (line drawing fallacy, perfectionist fallacy), smoke screen/red herring/rationalizing, hasty generalization, appeal to ridicule/sarcasm, ad hominem fallacy (personal attack, poisoning the well), appeal to illegitimate authority, loaded question, evidence surrogate, stereotyping, appeal to consequences (favorable or unfavorable), "wishful thinking", genetic fallacy, biased generalization, anecdotal evidence. Discern whether pairs of claims are consistent, contrary, contradictory, or paradoxical.Typically counted as 1 credit for high school students. Answers are located in the back of this book. Publisher's Information Authors: William O'Meara, Ph.D and Daniel Flage, Ph.D Pages: 544, perforated Activities: Sixty-five critical thinking related skills and concepts Black & White: Yes Binding: Paperback Copyright: 2011 ISBN: 9781601441454 Publisher: The Critical Thinking Co Printed In: USA Typical High School Credits Earned: 1/2 credit critical thinking Faith-Based: No Awards and Endorsements: Cathy Duffy - 101 Top Picks for Homeschool Curriculum review by Flanders Family Homelife ”A student who sticks with the course through the end should be well-grounded in the processes that constitute critical thinking...” Read the Review

Download sample pages from <a href="http://www.criticalthinking.com/media/blfa_files/05705.pdf" target="new">James Madison Critical Thinking Course (PDF)</a> 
Typically counted as 1/2 credit for high school students.
 
James Madison Critical Thinking Course
Engage your teen in captivating crime-related scenarios and give him the necessary critical thinking skills with the James Madison Critical Thinking Course. Superbly easy for any homeschool family to use. The step-by-step, self-instructional lessons and activities are straightforward and applicable across your teen's entire curriculum.
 
The James Madison Critical Thinking Course Uses mini-mysteries and a fictional detective with the Los Angeles Police Department. Each chapter of the James Madison Critical Thinking Course focuses on various thinking skills and leads your teen gradually into complicated analytical skills. 
 
Massive in scope, the course teaches more than sixty-five skills and concepts related to critical thinking. Your student will learn to distinguish a fact from an opinion, recognize ambiguity in a statement, evaluate arguments as valid or not, and assess common fallacies in reasoning.
 
Everything in a typical introductory logic course is included in the James Madison Critical Thinking Course. Pages are perforated for easy removal and are reproducible for your home use. <a class="editor-rtfLink" href="http://www.timberdoodle.com/James_Madison_Critical_Thinking_Course_Guide_p/410-402.htm" target="_blank">The Instruction Guide (sold separately)</a> provides answers to the exercises and the quizzes but virtually no additional information.
 
 
 
 
Features Topics Include: 
<li>Interpret and apply complex texts, instructions, illustrations, etc.</li>
<li>Recognize and clarify issues, claims, arguments, and explanations.</li>
<li>Distinguish: conclusions, premises (reasons), arguments, explanations, assumptions (stated/unstated), issues, claims (statements), suppositions, unstated conclusions, unstated premises, and implications.</li>
<li>Recognize ambiguity and unclearness in claims, arguments, and explanations.</li>
<li>Distinguish necessary and sufficient conditions.</li>
<li>Describe the structure or outline of arguments and explanations: confirmation, disconfirmation.</li>
<li>Evaluate whether an inductive argument is strong or weak.</li>
<li>Evaluate claims and arguments in terms of criteria such as: consistency, relevance, support.</li>
<li>Evaluate analogical arguments and inductive generalization arguments in terms of criteria, such as: the greater the number of similarities between the conclusion and the premises regarding the sample, the stronger the argument.</li>
<li>Assess the relevance of claims to other claims, and to questions, descriptions, representations, procedures, information, directives, rules, principles, etc.</li>
<li>Evaluate whether a deductive argument is valid or invalid (logical form): categorical, truth-functional, and semantic/definitional.</li>
<li>Distinguish supporting, conflicting, compatible, and equivalent claims, arguments, explanations, descriptions, representations, etc.</li>
<li>Identify and avoid errors in reasoning, informal fallacies: begging the question, equivocation, post hoc, ergo propter hoc (after that, therefore, because of that), false dilemma/false dichotomy fallacy (line drawing fallacy, perfectionist fallacy), smoke screen/red herring/rationalizing, hasty generalization, appeal to ridicule/sarcasm, ad hominem fallacy (personal attack, poisoning the well), appeal to illegitimate authority, loaded question, evidence surrogate, stereotyping, appeal to consequences (favorable or unfavorable), "wishful thinking", genetic fallacy, biased generalization, anecdotal evidence.</li>
<li>Discern whether pairs of claims are consistent, contrary, contradictory, or paradoxical.</li>
 
<div class="product-single__features-title"> </div>
<div class="product-single__features-title">
<meta name="uuid" content="uuidYM0kiqqvDTaS">
<meta charset="utf-8">
Topics Include:
Interpret and apply complex texts, instructions, illustrations, etc.
Recognize and clarify issues, claims, arguments, and explanations.
Distinguish: conclusions, premises (reasons), arguments, explanations, assumptions (stated/unstated), issues, claims (statements), suppositions, unstated conclusions, unstated premises, and implications.
Recognize ambiguity and unclearness in claims, arguments, and explanations.
Distinguish necessary and sufficient conditions.
Describe the structure or outline of arguments and explanations: confirmation, disconfirmation.
Evaluate whether an inductive argument is strong or weak.
Evaluate claims and arguments in terms of criteria such as: consistency, relevance, support.
Evaluate analogical arguments and inductive generalization arguments in terms of criteria, such as: the greater the number of similarities between the conclusion and the premises regarding the sample, the stronger the argument.
Assess the relevance of claims to other claims, and to questions, descriptions, representations, procedures, information, directives, rules, principles, etc.
Evaluate whether a deductive argument is valid or invalid (logical form): categorical, truth-functional, and semantic/definitional.
Distinguish supporting, conflicting, compatible, and equivalent claims, arguments, explanations, descriptions, representations, etc.
Identify and avoid errors in reasoning, informal fallacies: begging the question, equivocation, post hoc, ergo propter hoc (after that, therefore, because of that), false dilemma/false dichotomy fallacy (line drawing fallacy, perfectionist fallacy), smoke screen/red herring/rationalizing, hasty generalization, appeal to ridicule/sarcasm, ad hominem fallacy (personal attack, poisoning the well), appeal to illegitimate authority, loaded question, evidence surrogate, stereotyping, appeal to consequences (favorable or unfavorable), "wishful thinking", genetic fallacy, biased generalization, anecdotal evidence.
Discern whether pairs of claims are consistent, contrary, contradictory, or paradoxical.Typically counted as 1 credit for high school students.
</div>
Answers are located in the back of this book.
Publisher's Information Authors: William O'Meara, Ph.D and Daniel Flage, Ph.D Pages: 544, perforated Activities: Sixty-five critical thinking related skills and concepts Black &amp; White: Yes Binding: Paperback Copyright: 2011 ISBN: 9781601441454 Publisher: The Critical Thinking Co Printed In: USA Typical High School Credits Earned: 1/2 credit critical thinking Faith-Based: No <img src="//cdn.shopify.com/s/files/1/1994/4551/files/ribbon_large.gif?v=1500415094" alt="">Awards and Endorsements: Cathy Duffy - 101 Top Picks for Homeschool Curriculum
 
<section id="blogger"> <img class="img-fluid" src="https://cdn.shopify.com/s/files/1/1994/4551/files/blogger_reviews.jpg?15947337812643496680"> 
<div class="row pb-2">
<div class="col-md-6 border-0"><a href="https://www.flandersfamily.info/web/2017/04/06/james-madison-critical-thinking-course/"><img class="img-fluid" src="https://cdn.shopify.com/s/files/1/1994/4551/files/jamesmadison-flanders.png?v=1635185490" alt="James Madison Critical Thinking Course Review by Flanders Family Homelife"></a></div>
<div class="col-md-6 border-0">
<h4 class="blog-title">review by Flanders Family Homelife</h4>
”A student who sticks with the course through the end should be well-grounded in the processes that constitute critical thinking...”
<a href="https://www.flandersfamily.info/web/2017/04/06/james-madison-critical-thinking-course/" class="btn primary">Read the Review</a>
</div>
</div>
</section>

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James Madison Critical Thinking Course

Typically counted as 1/2 credit for high school students. Precepts of Anatomy and Physiology With a combination of text and graphics, Precepts of Anatomy and Physiology will not only teach your older child about the interdependency of body systems, bone, tissue, and organs of the incredible human body. It will also delve into that awkward topic, reproduction. It is a judgment call, how much you teach and when but if your teens are ready for a more mature look at the origin of human life, this is the most age-appropriate we have seen. All the nitty-gritty details a teen needs to know, with the author's much-appreciated bias about the necessity of marriage as a prerequisite. What the publisher recommends: "The Precepts of Anatomy and Physiology can serve as a stand-alone unit study worthy of 1/2 high school transcript credit in anatomy, or may be included as an adjunct to the Principles, Theories and Precepts of Biology course for 1 or 1 1/2 biology credits, depending on local or state policies for assigning transcript credit for high school courses." Features Boxed set includes: 2 - Text books - 30 lessons total 2 - Activity Guides Teacher's resource kit with quizzes, tests, answer keys, supplemental cd-rom Topics covered are: The Endocrine System The Nervous System The Integumentary System The Skeletal System The Muscular System The Circulatory The Respiratory System The Digestive System The Amazing Liver The Excretory System The Immune System The Reproductive System View Scope and Sequence hereView a Text Sample hereView an Activity Sample here Publisher: Paradigm Accelerated Curriculum Typical High School Credits Earned: 1/2 credit anatomy Faith-Based: No

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Precepts of Anatomy and Physiology

Typically counted as 1/2 credit for high school students. ﻿Medical Investigation 101 Your inquisitive high schooler is going to love this course. Medical Investigation 101 is an eye-opening look at how doctors analyze the medical mysteries they face every day. The central theme of Medical Investigation 101 is the medical diagnostic process using a variety of realistic case studies. It starts with the patient’s chief complaint. The student is instructed to also consider symptoms, examination notes, the patient’s medical records, and so forth. In Medical Investigation 101, your teen will learn more about situations they might have experienced, seen, or heard. Practical information like lifestyle habits and CPR (Cardiopulmonary Resuscitation) is also touched on. The course has three components: the Medical Investigation 101 textbook, the Medical Investigation 101 Workbook, and the Medical Investigation 101 Teacher’s Edition, which is the answer key for the workbook. The Medical Investigation 101 Workbook has several activity pages like crossword puzzles or anatomical drawings to label to reinforce vocabulary and concepts taught. Even students who have no desire to pursue the medical field will take a keen interest in Medical Investigation 101 because everyone wants to know how their body functions. Features Authors: Dr. Russ Hill and Dr. Richard Griffith Illustrator: Raella Hill Publisher: Hill and Griffith Typical High School Credits Earned: 1/2 credit biology Faith-Based: No Textbook Pages: 258 Publication date: 07/03/2017 ISBN: 9781548505998 Product dimensions: 6.00(w) x 1.25(h) x 9.00(d) Workbook Pages: 272 Publication Date: 07/01/2017 ISBN: 9781548510466 Product dimensions: 6.00(w) x 1.25(h) x 9.00(d) Teacher's Edition: Pages: 284 Publication Date: 08/06/2017 ISBN: 9781974284863 Product dimensions: 6.00(w) x 1.25(h) x 9.00(d) review by Art Kit ”Medical Investigation 101 is a book to inspire your interest in medicine and how doctors think.” Read the Review review by Joyful Wife Life ”Medical Investigation 101 will take the student along using realistic cases in how a doctor will break things down in order to find what is going on.” Read the Review review by Mama Smiles ”Medical Investigations 101 gets kids thinking like doctors by presenting them with patient cases, just like my former medical school students.” Read the Review

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Medical Investigation 101

Typically counted as 1 credit for high school students.Math-U-See PreCalculus is typically a good fit for a student entering Eleventh grade; to find the Math-U-See level that best fits your child you can try the placement test here. Math-U-See PreCalculus PreCalculus combines classic trigonometry with the advanced algebra needed for calculus and other courses. ﻿Topics include trig ratios, trigonometric identities, laws of trigonometry, radian measure, polar equations, functions and their graphs, sequences and series, and limits. About Math-U-See Curriculum For more than 20 years, Math-U-See's renowned mastery-based, multi-sensory, student-paced program has been the answer for countless families. Math-U-See is a comprehensive K-12 math curriculum that uses manipulatives to illustrate and teach the concepts. If you regularly experience tears from your child whenever new mathematical topics are introduced, you need Math-U-See's systematic, precept-upon-precept math program. This manipulative-based curriculum ensures your children will be able to fully understand each mathematical concept before moving on to another one. Math-U-See is mastery-oriented, clear, to the point, and compelling with simple, uncluttered pages. In Math-U-See, new ideas are introduced step by step logically. At the same time, concepts that have been mastered are reviewed periodically. The lessons are short, and there are many opportunities for multi-sensory experiences using videos and manipulatives. Math-U-See books are organized into levels, not grades, so students can proceed at their own pace as they master concepts. This is particularly helpful for the child that is not performing at grade level but would rather not have that be a daily reminder. Student workbooks are softcover, and the pages are perforated and punched so they can be removed, completed, and placed in binders if you choose. Occasional fun exercises, like dot-to-dots and crossword puzzles, have been incorporated into the student workbooks. Student workbook pages are consumable, so each child will need their own copy. Instruction manuals include complete answer keys with solutions for all problems. This is more a necessity at the upper levels than the lower ones. The Math-U-See Manipulatives are more than a supplement. They are an integral part of the curriculum. Used from the Primer through Algebra 1 levels, the manipulatives build each concept from place value through polynomials through Integer Blocks, Fraction Overlays, and Algebra/Decimal Inserts. Math-U-See does require a fair amount of parental involvement, especially in the younger grades. They have bent over backwards to make the lesson planning as painless as possible. But to get the most out of Math-U-See, parents should be prepared to plan and not start the lessons unprepared. Math-U-See's teacher guide and supplemental DVD will teach you, the parent, more than just how to solve a math problem. They also show why the problem is solved in this manner and when to apply the concept. Each lesson is demonstrated on the DVDs with such kind-hearted enthusiasm. I now understand why children line up at homeschool conferences to give the instructor, Steve Demme, a hug. DVDs can be played on a DVD player or computer; however, Windows 10 users will need to download a separate video player. Math-U-See is laid out with step-by-step procedures for introducing, practicing, mastering, and reviewing concepts. How do you know when your child has 'mastered' a math concept? Not just when he gets the answers right but when he can teach the concept back to you, especially if he can do so with a word problem. Math-U-See will show you how. So, if you want to give your child a rock-solid mathematical foundation, if your child is shaky on the basics, or just looking for a no-frills, common-sense program, you will be pleased with Math-U-See. --------------------------------------------------------------------------------------------------------------------- What Is Taught in the PreCalculus Level? Pythagorean Theorem Special Right Triangles (30°- 60°- 90° and 45°- 45°- 90°) Trigonometric Ratios Inverse Trigonometric Ratios Interpreting the Trigonometry Tables Using the Trig. Table to Solve for the Unknown Using a Calculator and Arc Functions Angles of Elevation and Depression Angles less than 0° Angles greater than 360° --------------------------------------------------------------------------------------------------------------------- In What Order Do I Use the Math-U-See Levels? There are seven books for elementary grades which can be used in the following order: Primer, Alpha, Beta, Gamma, Delta, Epsilon, and Zeta. These first seven books are followed by Pre-Algebra, Algebra 1, Geometry, Algebra 2, PreCalculus with Trigonometry, and Calculus. Placement tests for the different levels are available here. --------------------------------------------------------------------------------------------------------------------- How Do I Choose Which Curriculum Set I Need? PreCalculus Universal Set The Math-U-See PreCalculus Universal Set includes everything a new customer needs to be successful with Math-U-See PreCalculus. The Instruction Pack, Student Pack, and the PreCalculus Digital Pack are conveniently bundled so customers can be certain they have all of the items they need. PreCalculus Student Pack This is the right choice for families who have more than one student in the PreCalculus level and who need a second workbook, or for families who have previously used PreCalculus for one student and already own the Instruction Pack. The Student Pack includes solely the student workbook and the test booklet; the Digital Pack is not included. You must have the Instruction Pack to utilize Math-U-See effectively. If you do not already own the Instruction Pack, you should purchase the Universal Set not the Student Pack. Features Pre-Calculus Overview:Pre-Calculus Lesson 6 Sample: View Sample Lesson PDF Table of Contents: Pythagorean Theorem Special Right Triangles (30°- 60°- 90° and 45°- 45°- 90°) Trigonometric Ratios Inverse Trigonometric Ratios Interpreting the Trigonometry Tables Using the Trig. Table to Solve for the Unknown Using a Calculator and Arc Functions Angles of Elevation and Depression Angles less than 0° Angles greater than 360° Reference Angles Cofunctions Negative Angle Relationships Proving Trigonometric Identities Sum and Difference Identities Double-Angle and Half-Angle Identities Law of Sines Law of Cosines Ambiguity in the Law of Sines Radian Measure Polar Coordinates and Rectangular Coordinates Polar Equations and Polar Graphs Vectors Functions: Relation, Domain, and Range Graphing the Sine and Cosine Functions Graphing the Secant and Cosecant Functions Graphing the Tangent and Cotangent Functions Logarithms Arithmetic Sequences and Series Geometric Sequences and Series Proof of Cos (A - B) = Cos A Cos B + Sin A Sin B Finding the Area of a Triangle Trigonometrically Interpolation Navigation Natural Logarithms Equations with Absolute Value Equations with Radicals Inequalities with Absolute Value Inequalities with Radicals Limits Publisher: Demme Learning Series: Math-U-See Typical High School Credits Earned: 1 credit pre-calculus Faith-Based: No

Typically counted as 1 credit for high school students. Math-U-See PreCalculus is typically a good fit for a student entering Eleventh grade; to find the Math-U-See level that best fits your child you can try the <a href="https://timberdoodle.mathusee.com/" target="new">placement test here</a>. <meta content="uuidtM0x5zZV7qlh" name="uuid"><meta charset="utf-8">
Math-U-See PreCalculus
PreCalculus combines classic trigonometry with the advanced algebra needed for calculus and other courses. 
 
﻿Topics include trig ratios, trigonometric identities, laws of trigonometry, radian measure, polar equations, functions and their graphs, sequences and series, and limits.
 
About Math-U-See Curriculum
For more than 20 years, Math-U-See's renowned mastery-based, multi-sensory, student-paced program has been the answer for countless families. 
 
Math-U-See is a comprehensive K-12 math curriculum that uses manipulatives to illustrate and teach the concepts. If you regularly experience tears from your child whenever new mathematical topics are introduced, you need Math-U-See's systematic, precept-upon-precept math program.
 
This manipulative-based curriculum ensures your children will be able to fully understand each mathematical concept before moving on to another one. 
 
Math-U-See is mastery-oriented, clear, to the point, and compelling with simple, uncluttered pages. In Math-U-See, new ideas are introduced step by step logically. At the same time, concepts that have been mastered are reviewed periodically. 
 
The lessons are short, and there are many opportunities for multi-sensory experiences using videos and manipulatives.
 
Math-U-See books are organized into levels, not grades, so students can proceed at their own pace as they master concepts. This is particularly helpful for the child that is not performing at grade level but would rather not have that be a daily reminder. 
 
Student workbooks are softcover, and the pages are perforated and punched so they can be removed, completed, and placed in binders if you choose. 
 
Occasional fun exercises, like dot-to-dots and crossword puzzles, have been incorporated into the student workbooks. Student workbook pages are consumable, so each child will need their own copy. 
 
Instruction manuals include complete answer keys with solutions for all problems. This is more a necessity at the upper levels than the lower ones.
 
The Math-U-See Manipulatives are more than a supplement. They are an integral part of the curriculum. Used from the Primer through Algebra 1 levels, the manipulatives build each concept from place value through polynomials through Integer Blocks, Fraction Overlays, and Algebra/Decimal Inserts.
 
Math-U-See does require a fair amount of parental involvement, especially in the younger grades. They have bent over backwards to make the lesson planning as painless as possible. But to get the most out of Math-U-See, parents should be prepared to plan and not start the lessons unprepared. 
 
Math-U-See's teacher guide and supplemental DVD will teach you, the parent, more than just how to solve a math problem. They also show why the problem is solved in this manner and when to apply the concept. 
 
Each lesson is demonstrated on the DVDs with such kind-hearted enthusiasm. I now understand why children line up at homeschool conferences to give the instructor, Steve Demme, a hug. DVDs can be played on a DVD player or computer; however, Windows 10 users will need to download a separate video player.
 
Math-U-See is laid out with step-by-step procedures for introducing, practicing, mastering, and reviewing concepts. How do you know when your child has 'mastered' a math concept? Not just when he gets the answers right but when he can teach the concept back to you, especially if he can do so with a word problem. 
 
Math-U-See will show you how. So, if you want to give your child a rock-solid mathematical foundation, if your child is shaky on the basics, or just looking for a no-frills, common-sense program, you will be pleased with Math-U-See.
 --------------------------------------------------------------------------------------------------------------------- What Is Taught in the PreCalculus Level? 
<li>Pythagorean Theorem</li>
<li>Special Right Triangles (30°- 60°- 90° and 45°- 45°- 90°)</li>
<li>Trigonometric Ratios</li>
<li>Inverse Trigonometric Ratios</li>
<li>Interpreting the Trigonometry Tables</li>
<li>Using the Trig. Table to Solve for the Unknown</li>
<li>Using a Calculator and Arc Functions</li>
<li>Angles of Elevation and Depression</li>
<li>Angles less than 0°</li>
<li>Angles greater than 360°</li>
 --------------------------------------------------------------------------------------------------------------------- In What Order Do I Use the Math-U-See Levels? There are seven books for elementary grades which can be used in the following order: Primer, Alpha, Beta, Gamma, Delta, Epsilon, and Zeta. These first seven books are followed by Pre-Algebra, Algebra 1, Geometry, Algebra 2, PreCalculus with Trigonometry, and Calculus. Placement tests for the different levels are available <a href="https://timberdoodle.mathusee.com/" target="new">here</a>. --------------------------------------------------------------------------------------------------------------------- How Do I Choose Which Curriculum Set I Need? PreCalculus Universal Set The Math-U-See PreCalculus Universal Set includes everything a new customer needs to be successful with Math-U-See PreCalculus. The Instruction Pack, Student Pack, and the PreCalculus Digital Pack are conveniently bundled so customers can be certain they have all of the items they need. PreCalculus Student Pack This is the right choice for families who have more than one student in the PreCalculus level and who need a second workbook, or for families who have previously used PreCalculus for one student and already own the Instruction Pack. The Student Pack includes solely the student workbook and the test booklet; the Digital Pack is not included. You must have the Instruction Pack to utilize Math-U-See effectively. If you do not already own the Instruction Pack, you should purchase the Universal Set not the Student Pack. 
<div class="product-single__features-title">Features</div>
Pre-Calculus Overview: <iframe src="https://cdn.jwplayer.com/players/F3Qyt89m-yHP2sHfV.html" width="640" height="360" title="PreCalculus Overview" frameborder="0" scrolling="auto" allowfullscreen=""></iframe> Pre-Calculus Lesson 6 Sample: <iframe src="https://cdn.jwplayer.com/players/YwYlaOjA-mg5a4jar.html" width="640" height="360" title="PreCalculus Lesson 06" frameborder="0" scrolling="auto" allowfullscreen=""></iframe> <a href="http://c8d06a5108a478991047-d2b8f846624deedeb4be8165ba46b5db.r23.cf1.rackcdn.com/precalculus_sample_lesson.pdf" target="new">View Sample Lesson PDF</a> Table of Contents: 
<li>Pythagorean Theorem</li>
<li>Special Right Triangles (30°- 60°- 90° and 45°- 45°- 90°)</li>
<li>Trigonometric Ratios</li>
<li>Inverse Trigonometric Ratios</li>
<li>Interpreting the Trigonometry Tables</li>
<li>Using the Trig. Table to Solve for the Unknown</li>
<li>Using a Calculator and Arc Functions</li>
<li>Angles of Elevation and Depression</li>
<li>Angles less than 0°</li>
<li>Angles greater than 360°</li>
<li>Reference Angles</li>
<li>Cofunctions</li>
<li>Negative Angle Relationships</li>
<li>Proving Trigonometric Identities</li>
<li>Sum and Difference Identities</li>
<li>Double-Angle and Half-Angle Identities</li>
<li>Law of Sines</li>
<li>Law of Cosines</li>
<li>Ambiguity in the Law of Sines</li>
<li>Radian Measure</li>
<li>Polar Coordinates and Rectangular Coordinates</li>
<li>Polar Equations and Polar Graphs</li>
<li>Vectors</li>
<li>Functions: Relation, Domain, and Range</li>
<li>Graphing the Sine and Cosine Functions</li>
<li>Graphing the Secant and Cosecant Functions</li>
<li>Graphing the Tangent and Cotangent Functions</li>
<li>Logarithms</li>
<li>Arithmetic Sequences and Series</li>
<li>Geometric Sequences and Series</li>
<li>Proof of Cos (A - B) = Cos A Cos B + Sin A Sin B</li>
<li>Finding the Area of a Triangle Trigonometrically</li>
<li>Interpolation</li>
<li>Navigation</li>
<li>Natural Logarithms</li>
<li>Equations with Absolute Value</li>
<li>Equations with Radicals</li>
<li>Inequalities with Absolute Value</li>
<li>Inequalities with Radicals</li>
<li>Limits</li>
 Publisher: Demme Learning Series: <a href="https://timberdoodle.com/collections/math-u-see" target="new">Math-U-See </a> Typical High School Credits Earned: 1 credit pre-calculus Faith-Based: No

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Math-U-See PreCalculus

CompuScholar Python Programming The most popular introductory coding language taught in U.S. universities is Python. Easy to use, powerful, and versatile, this general-purpose programming language allows for developing both desktop and web applications. However, suppose the idea of teaching Python is as foreign to you as teaching Swahili. In that case, your teen needs CompuScholar Python Programming. This one-semester course teaches core programming concepts using Python and is complete, requiring no software installation. Your teen will create and run code directly in your web browser with CompuScholar's online Python engine. Moreover, because this course is fully auto-graded, including student projects, you don't need to worry about understanding your student's work. Perfect! CompuScholar Python Programming is delivered online to your web browser and comes with: 12-months access to the course material (The 1-year window does not start until you redeem your purchased registration codes.) Step-by-step self-study lessons Integrated instructional videos Automatically graded lesson quizzes, chapter tests, and an electronic grade book Hands-on programming and computing projects with easy-to-follow solutions Teacher's guides, answer keys, fully coded activity solutions Individual student and teacher accounts There are no set schedules or meeting times; students can begin at any time and work at their own pace. Features Requires no local software installation. This course requires a computer or tablet with an Internet connection. Available on Mac, Windows, Chromebook, and other web-enabled devices. Student coding projects are auto-graded. Topics Covered: This course covers fundamental coding topics and skills such as: Printing and User Input Data types and variables Logical expressions and flow control Debugging skills Lists and Loops Working with numbers, dates and strings Writing and using functions Simple Object-Oriented Programming ...and more! View the Course Syllabus PDF to see a complete list of topics. About the Student Work: All lesson quizzes and chapter tests are auto-graded by our system. Students will complete hands-on coding projects, which are also auto-graded by our system. Students will write code directly in our online Python engine; no local software installation or file management is required. Each chapter features many in-lesson exercises as well as graded activities. Faith-Based: No review by QuadSquad ”CompuScholar Python Programming teaches how to work with this popular programming language in 13 weeks. This course is perfect for a homeschool student, or anyone who has the discipline and drive to learn.” Watch the Video Review review by Cummins Life ”If you have a middle schooler or high schooler looking for a self-paced introductory course to Computer Science I would highly recommend this one.” Read the Review review by Mama Smiles ”From a future career point of view, Python is used for data science, which is one of the fastest growing job segments, and one that is important to many fields.” Read the Review

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CompuScholar Python Programming
The most popular introductory coding language taught in U.S. universities is Python. Easy to use, powerful, and versatile, this general-purpose programming language allows for developing both desktop and web applications. However, suppose the idea of teaching Python is as foreign to you as teaching Swahili. In that case, your teen needs CompuScholar Python Programming.
 
This one-semester course teaches core programming concepts using Python and is complete, requiring no software installation. Your teen will create and run code directly in your web browser with CompuScholar's online Python engine. Moreover, because this course is fully auto-graded, including student projects, you don't need to worry about understanding your student's work. Perfect!
 CompuScholar Python Programming is delivered online to your web browser and comes with:
 
<ul>
<li>12-months access to the course material (The 1-year window does not start until you redeem your purchased registration codes.)</li>
<li>Step-by-step self-study lessons</li>
<li>Integrated instructional videos</li>
<li>Automatically graded lesson quizzes, chapter tests, and an electronic grade book</li>
<li>Hands-on programming and computing projects with easy-to-follow solutions</li>
<li>Teacher's guides, answer keys, fully coded activity solutions</li>
<li>Individual student and teacher accounts</li>
<li>There are no set schedules or meeting times; students can begin at any time and work at their own pace. </li>
</ul>
 
  
Features</div>
Requires no local software installation. This course requires a computer or tablet with an Internet connection. Available on Mac, Windows, Chromebook, and other web-enabled devices. Student coding projects are auto-graded. Topics Covered: This course covers fundamental coding topics and skills such as: 
<li>Printing and User Input</li>
<li>Data types and variables</li>
<li>Logical expressions and flow control</li>
<li>Debugging skills</li>
<li>Lists and Loops</li>
<li>Working with numbers, dates and strings</li>
<li>Writing and using functions</li>
<li>Simple Object-Oriented Programming</li>
<li>...and more!</li>
View the <a href="https://docs.google.com/viewerng/viewer?url=https://www.compuscholar.com/docs/syllabus/Python_Programming_Planner_Syllabus.pdf" target="new">Course Syllabus PDF</a> to see a complete list of topics. About the Student Work: All lesson quizzes and chapter tests are auto-graded by our system. Students will complete hands-on coding projects, which are also auto-graded by our system. Students will write code directly in our online Python engine; no local software installation or file management is required. Each chapter features many in-lesson exercises as well as graded activities. Faith-Based: No
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<h4 class="blog-title">review by QuadSquad</h4>
”CompuScholar Python Programming teaches how to work with this popular programming language in 13 weeks. This course is perfect for a homeschool student, or anyone who has the discipline and drive to learn.”
<a href="https://www.youtube.com/watch?v=TIJT2jiNrg0&amp;feature=youtu.be" class="btn primary">Watch the Video Review</a>
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<h4 class="blog-title">review by Cummins Life</h4>
”If you have a middle schooler or high schooler looking for a self-paced introductory course to Computer Science I would highly recommend this one.”
<a href="https://cumminslife.blogspot.com/2020/01/compuscholar-python-programming-review.html" class="btn primary">Read the Review</a>
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<div class="col-md-6 border-0">
<h4 class="blog-title">review by Mama Smiles</h4>
”From a future career point of view, Python is used for data science, which is one of the fastest growing job segments, and one that is important to many fields.”
<a href="https://www.mamasmiles.com/first-programming-language/" class="btn primary">Read the Review</a>
</div>
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CompuScholar Python Programming

This Study and Teaching Guide, designed for parents and teachers, provides a complete curriculum with study questions and answers, critical thinking assignments, essay topics, instructor rubrics, and test forms. Explanations for answers and teaching tips are also included. Contains the Instructor Section (in the first half of the book) and perforated Student Pages (in the second half). The Study and Teaching Guide, written by historian and teacher Julia Kaziewicz in cooperation with Susan Wise Bauer, makes The History of the Ancient World even more accessible to educators and parents alike. Features Publisher’s Information Author: Susan Wise Bauer & Julia Kaziewicz Number of Pages: 537 Format: Paperback Publisher: Well-Trained Mind Press Edition/Copyright: 2013 Printed In: USA ISBN: 9781933339641 Consumable: No Faith-Based: No

This Study and Teaching Guide, designed for parents and teachers, provides a complete curriculum with study questions and answers, critical thinking assignments, essay topics, instructor rubrics, and test forms. Explanations for answers and teaching tips are also included. Contains the Instructor Section (in the first half of the book) and perforated Student Pages (in the second half).
 
The Study and Teaching Guide, written by historian and teacher Julia Kaziewicz in cooperation with Susan Wise Bauer, makes The History of the Ancient World even more accessible to educators and parents alike.
 
<div class="product-single__features-title">Features</div>
Publisher’s Information Author: Susan Wise Bauer &amp; Julia Kaziewicz Number of Pages: 537 Format: Paperback Publisher: Well-Trained Mind Press Edition/Copyright: 2013 Printed In: USA ISBN: 9781933339641 Consumable: No Faith-Based: No

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