Full Product Details
Author: Debora Katz (United States Naval Academy) ,
Debora M Katz
Publisher: Cengage Learning, Inc
Imprint: Brooks/Cole
Edition: New edition
Dimensions:
Width: 22.00cm
, Height: 27.90cm
, Length: 3.00cm
Weight: 1.610kg
ISBN: 9780534466855
ISBN 10: 0534466850
Pages: 752
Publication Date: 01 January 2015
Audience:
College/higher education
,
Tertiary & Higher Education
Format: Hardback
Publisher's Status: Active
Availability: Temporarily unavailable
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Reviews
I really enjoyed the case studies and found them helpful in seeing the real world applications of physics. Deb Katz's approach is to tie entire chapters around interesting and relevant case studies that I really think will keep the students reading and wanting to know more. She has been able to do this without compromising on the delivery of core concepts the students need for their futures in science and engineering. In fact, I think the approach will help the students remember the core principles better. The textbook aims at developing a conceptual as well as a quantitative understanding of introductory physics. A major strength is that the book includes a case study in every chapter that helps make the content relevant to the student's life. The case study demonstrates how the chapter's content can be used to understand and develop technological applications. Very few books take the dialog approach, which was used already very effectively by Plato. We all have a natural ability to understand stories and dialogues, and they are much more interesting than dry explanations. I think this device is perfect to address common misconceptions. I found the writing to be more like someone was teaching me through text rather than me struggling to decipher it. The student dialogues help especially when you're reading by yourself. Usually if you are studying with other students you can argue over your answer and discuss how you got there, but when you're studying alone it is difficult to be able to ask yourself the right questions. The dialogues provided different opinions that I could think about and agree or disagree with and come up with reasons why. -I really enjoyed the case studies and found them helpful in seeing the real world applications of physics.- -Deb Katz's approach is to tie entire chapters around interesting and relevant case studies that I really think will keep the students reading and wanting to know more. She has been able to do this without compromising on the delivery of core concepts the students need for their futures in science and engineering. In fact, I think the approach will help the students remember the core principles better.- -The textbook aims at developing a conceptual as well as a quantitative understanding of introductory physics. A major strength is that the book includes a case study in every chapter that helps make the content relevant to the student's life. The case study demonstrates how the chapter's content can be used to understand and develop technological applications.- -Very few books take the dialog approach, which was used already very effectively by Plato. We all have a natural ability to understand stories and dialogues, and they are much more interesting than dry explanations. I think this device is perfect to address common misconceptions.- -I found the writing to be more like someone was teaching me through text rather than me struggling to decipher it. The student dialogues help especially when you're reading by yourself. Usually if you are studying with other students you can argue over your answer and discuss how you got there, but when you're studying alone it is difficult to be able to ask yourself the right questions. The dialogues provided different opinions that I could think about and agree or disagree with and come up with reasons why.-
-I found the writing to be more like someone was teaching me through text rather than me struggling to decipher it. The student dialogues help especially when you're reading by yourself. Usually if you are studying with other students you can argue over your answer and discuss how you got there, but when you're studying alone it is difficult to be able to ask yourself the right questions. The dialogues provided different opinions that I could think about and agree or disagree with and come up with reasons why.-
Deb Katz's approach is to tie entire chapters around interesting and relevant case studies that I really think will keep the students reading and wanting to know more. She has been able to do this without compromising on the delivery of core concepts the students need for their futures in science and engineering. In fact, I think the approach will help the students remember the core principles better. I found the writing to be more like someone was teaching me through text rather than me struggling to decipher it. The student dialogues help especially when you're reading by yourself. Usually if you are studying with other students you can argue over your answer and discuss how you got there, but when you're studying alone it is difficult to be able to ask yourself the right questions. The dialogues provided different opinions that I could think about and agree or disagree with and come up with reasons why. I really enjoyed the case studies and found them helpful in seeing the real world applications of physics. The textbook aims at developing a conceptual as well as a quantitative understanding of introductory physics. A major strength is that the book includes a case study in every chapter that helps make the content relevant to the student's life. The case study demonstrates how the chapter's content can be used to understand and develop technological applications. Very few books take the dialog approach, which was used already very effectively by Plato. We all have a natural ability to understand stories and dialogues, and they are much more interesting than dry explanations. I think this device is perfect to address common misconceptions.
I found the writing to be more like someone was teaching me through text rather than me struggling to decipher it. The student dialogues help especially when you're reading by yourself. Usually if you are studying with other students you can argue over your answer and discuss how you got there, but when you're studying alone it is difficult to be able to ask yourself the right questions. The dialogues provided different opinions that I could think about and agree or disagree with and come up with reasons why.
Deb Katz's approach is to tie entire chapters around interesting and relevant case studies that I really think will keep the students reading and wanting to know more. She has been able to do this without compromising on the delivery of core concepts the students need for their futures in science and engineering. In fact, I think the approach will help the students remember the core principles better. The textbook aims at developing a conceptual as well as a quantitative understanding of introductory physics. A major strength is that the book includes a case study in every chapter that helps make the content relevant to the student's life. The case study demonstrates how the chapter's content can be used to understand and develop technological applications. I found the writing to be more like someone was teaching me through text rather than me struggling to decipher it. The student dialogues help especially when you're reading by yourself. Usually if you are studying with other students you can argue over your answer and discuss how you got there, but when you're studying alone it is difficult to be able to ask yourself the right questions. The dialogues provided different opinions that I could think about and agree or disagree with and come up with reasons why. I really enjoyed the case studies and found them helpful in seeing the real world applications of physics. Very few books take the dialog approach, which was used already very effectively by Plato. We all have a natural ability to understand stories and dialogues, and they are much more interesting than dry explanations. I think this device is perfect to address common misconceptions.
Very few books take the dialog approach, which was used already very effectively by Plato. We all have a natural ability to understand stories and dialogues, and they are much more interesting than dry explanations. I think this device is perfect to address common misconceptions. I really enjoyed the case studies and found them helpful in seeing the real world applications of physics. Deb Katz's approach is to tie entire chapters around interesting and relevant case studies that I really think will keep the students reading and wanting to know more. She has been able to do this without compromising on the delivery of core concepts the students need for their futures in science and engineering. In fact, I think the approach will help the students remember the core principles better. The textbook aims at developing a conceptual as well as a quantitative understanding of introductory physics. A major strength is that the book includes a case study in every chapter that helps make the content relevant to the student's life. The case study demonstrates how the chapter's content can be used to understand and develop technological applications. I found the writing to be more like someone was teaching me through text rather than me struggling to decipher it. The student dialogues help especially when you're reading by yourself. Usually if you are studying with other students you can argue over your answer and discuss how you got there, but when you're studying alone it is difficult to be able to ask yourself the right questions. The dialogues provided different opinions that I could think about and agree or disagree with and come up with reasons why.
Author Information
Katz earned her PhD in Astrophysics from University of Minnesota, one of the top PER programs in the country. She has been active in the PER community and has attended multiple conferences to learn how to better integrate innovative pedagogies into the classroom. She has effectively done so in a very traditional environment at the Naval Academy, where she is a tenured professor. She is an active researcher who regularly works with undergraduate students.
