250 Solved Exercises from Derivatives with Applications

The INFINITY EDITORIAL proudly presents and professors the second volume of the CORONEL SERIES: 250 SOLVED EXERCISES FROM DERIVATIVES WITH CALCULUS 1 APPLICATIONS 1st. edition], whose purpose is to offer, to those who initiates university studies, a series of exercises on DERIVATIVES, very representatives and resolved in detail. We hope that the content of this book could be very useful especially for students of careers related to engineering, science, technology or any specialty where mathematical calculation is an essential requirement within the study curriculum.The number of exercises included in this volume allows it to be used as a textbook by both the student and the teacher in the process of addressing and developing this important subject of calculation.The authors have been very careful in the detailed explanation of the procedures used to the resolution of each one of the problems. All the exercises have been selected in order to expand the knowledge received in class, as well as for the student to acquire practice in solving problems and thus prevent the difficulties that the beginners usually could to face.THE DERIVATIVES AND THEIR APPLICATIONS (SYNOPSIS)The derivatives applied in daily life are very important because they help us to know in detail everyday things that we do without realizing it but with a scientific approach.By definition, a derivative is the rate of change of any function at a certain point or instant. They are used for example in administration and economics to calculate a complex investment.Another area of interest is industrial engineering to reduce costs in the manufacture of a product, this is known as optimization.In the field of physics the derivatives allow us to determine the rate of change of the volume of a balloon with respect to the area of its surface. As they can also help us calculate the rate of change of the price of a pizza with respect to its size.Other aspects in the field of the physics of the derivatives with the integration serve for the calculation of work or energy used in a dynamic system. Calculations of electrical charges on a surface and electrical circuits.