Introductory mathematics for engineering applications /
Rattan, Kuldip S.,
Introductory mathematics for engineering applications / Kuldip S. Rattan, Professor Emeritus, Electrical Engineering, Wright State University, Nathan W. Klingbeil, Professor, Mechanical Engineering, Wright State University, Craig M. Baudendistel, Lecturer, Director of Engineering Mathematics, Wright State .University. - Second edition. - 428 pages. 25 cm
Includes index.
"the applications of straight lines in engineering are introduced. It is assumed that the students are already familiar with this topic from their high school algebra course. This chapter will show, with examples, why this topic is so important for engineers. For example, the velocity of a vehicle while braking, the voltage-current relationship in a resistive circuit, and the relationship between force and displacement in a preloaded spring can all be represented by straight lines. In this chapter, the equations of these lines will be obtained using both the slope-intercept and the point-slope forms"--
9781119604426 9781119604419
2021000377
Engineering mathematics--Textbooks.
TA330 / .R29 2021
510 R29 2021
Introductory mathematics for engineering applications / Kuldip S. Rattan, Professor Emeritus, Electrical Engineering, Wright State University, Nathan W. Klingbeil, Professor, Mechanical Engineering, Wright State University, Craig M. Baudendistel, Lecturer, Director of Engineering Mathematics, Wright State .University. - Second edition. - 428 pages. 25 cm
Includes index.
"the applications of straight lines in engineering are introduced. It is assumed that the students are already familiar with this topic from their high school algebra course. This chapter will show, with examples, why this topic is so important for engineers. For example, the velocity of a vehicle while braking, the voltage-current relationship in a resistive circuit, and the relationship between force and displacement in a preloaded spring can all be represented by straight lines. In this chapter, the equations of these lines will be obtained using both the slope-intercept and the point-slope forms"--
9781119604426 9781119604419
2021000377
Engineering mathematics--Textbooks.
TA330 / .R29 2021
510 R29 2021