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Real-World STEM Tutorial & Software by Philip Conrod Lou Tylee BRAND NEW

Kidware Software
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US $47.45
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Brand New
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Located in: Maple Valley, Washington, United States
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eBay item number:404742303907
Last updated on Jan 31, 2024 10:53:09 PSTView all revisionsView all revisions

Item specifics

Condition
Brand New: A new, unread, unused book in perfect condition with no missing or damaged pages. See the ...
Subject Area
Computers, Education
Educational Level
Adult & Further Education, High School, Vocational School
Level
Beginner
Subject
Computers & Technology, Programming Languages / C#, Teaching Methods & Materials / Science & Technology
ISBN
9781951077303
Publication Name
Real-World Stem Tutorial & Software : Science, Technology, Engineering and Math Problems
Publisher
Kidware Software, LLC
Item Length
11 in
Publication Year
2020
Type
Textbook
Format
Trade Paperback
Language
English
Item Height
0.4 in
Author
Philip Conrod, Lou Tylee
Item Weight
17.1 Oz
Item Width
8.5 in
Number of Pages
204 Pages

About this product

Product Identifiers

Publisher
Kidware Software, LLC
ISBN-10
195107730X
ISBN-13
9781951077303
eBay Product ID (ePID)
25050403893

Product Key Features

Number of Pages
204 Pages
Publication Name
Real-World Stem Tutorial & Software : Science, Technology, Engineering and Math Problems
Language
English
Publication Year
2020
Subject
Computers & Technology, Programming Languages / C#, Teaching Methods & Materials / Science & Technology
Type
Textbook
Author
Philip Conrod, Lou Tylee
Subject Area
Computers, Education
Format
Trade Paperback

Dimensions

Item Height
0.4 in
Item Weight
17.1 Oz
Item Length
11 in
Item Width
8.5 in

Additional Product Features

Edition Number
3
Intended Audience
Trade
Illustrated
Yes
Synopsis
Teachers are always looking for real-world examples of Science, Technology, Engineering and Mathematics problems. The Real-World STEM textbook covers some key points in solving problems - stressing the solution of real, not textbook, problems. Topics range from simple logic problems to using calculus to model complicated systems. Home Heating Mathematics reviews the math behind thermostats and furnace operations. We discuss the mathematics behind a thermostat and provide equations that allow computation of temperature changes within a home. Satellite Orbit Problems reviews the dynamics behind satellite motion illustrating typical orbits, orbit transfers and rendezvous problems. In this chapter, we look at some of the mathematics and physics behind satellite orbits. Pendulums and Complex Numbers reviews how complex numbers are used in a real problem - pendulum motion. In the study of quadratic equations, students are introduced to the concepts of imaginary and complex numbers. A Look at Real-World Problem Solving reviews the trajectory of a projectile. This problem has a wide variety of real applications: rocket and missile launching, targeting and intercepts, satellite orbit transfers and rendezvous, numerical optimization, polynomial root finding, and solving nonlinear equations. In this chapter, a closed-form expression to the trajectory problem. Another Look at Real-World Problem Solving reviews a numerical approach problem solving. In this chapter, we look again at the projectile problem, but the solution emphasis is on iterative, numerical solutions. Both one-dimensional and two-dimensional solution methods are discussed, as are some of the checks that must be made and the pitfalls that should be avoided when using such methods. Solving Problems Numerically is a discussion of numerical methods for solving "unsolvable" problems. In this chapter, we look at solving two problems numerically. The first problem (one-dimensional) requires the determination of a model rocket engine's burn time in order to achieve a desired altitude. The second problem (two-dimensional) is a numerical implementation of converting from rectangular to polar coordinates. Mathematics of Robot Arms reviews the mathematics behind the modes of robot arm operation. In this chapter, we will look at the mathematics behind robot arms. We will study trajectory planning. We look at three basic problems: kinematics, inverse kinematics and trajectory planning. We examine each of these problems separately, using the two-link robot arm. Fractals from Polynomial Solutions is an illustration of the beauty of math - how solving for the roots of a polynomial can generate beautiful fractal graphics. In this chapter, we study the Newton-Raphson method for finding roots. We develop a procedure for generating fractals from the solution of a general polynomial. Chaos in a Real System reviews how something as simple as a water wheel can exhibit chaotic, strange behavior. In this chapter, we model a four-bucket version of the Lorenz water wheel - a famous system that exhibits a chaotic nature. This chapter has detailed dynamics equations to build a simulation. Computing Airplane Takeoff Speeds reviews how a pilot knows how fast an airplane needs to be going prior to takeoff. This chapter describes the process performed by an onboard airplane computer in determining speeds the pilot uses in making decisions during takeoff. Computing Airplane Stopping Distance reviews how derivatives can be applied to real-world problems. This chapter presents two applications of derivatives related to computing the distance required to stop an airplane. First, we look at using curve-fitting techniques to develop an equation for brake force. Second, we develop equations for the deceleration and speed of an airplane (simple differential equations).

Item description from the seller

Kidware Software

Kidware Software

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Seller feedback (3)

  • l***w (185)- Feedback left by buyer.
    Past year
    Verified purchase
    The textbook was a brand-new version, and it came bundled with all the original licensed software direct from the original publisher, as advertised. The textbook also arrived on-time in a professional packed box. I am so glad I did not buy a "pre-owned" used copy from somewhere else. A very good buying experience.
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