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Inertia Newton s first law is sometimes called the law of inertia Is inertia a force No Inertia is the tendency of an object to resist change If an object is at rest, it tends to remain at rest If it is moving at a constant velocity, it tends to continue moving at that velocity Forces are results of interactions between two objects; they are not properties of single objects, so inertia cannot be a force Remember that because velocity includes both the speed and direction of motion, a net force is required to change either the speed or direction of an object s motion Equilibrium According to Newton s first law, a net force is something that causes the velocity of an object to change If the net force on an object is zero, then the object is in equilibrium An object is in equilibrium if it is at rest or if it is moving at a constant velocity Note that being at rest is simply a special case of the state of constant velocity, v 0 Newton s first law identifies a net force as something that disturbs a state of equilibrium Thus, if there is no net force acting on the object, then the object does not experience a change in speed or direction and is in equilibrium By understanding and applying Newton s first and second laws, you can often figure out something about the relative sizes of forces, even in situations in which you do not have numbers to work with Before looking at an example of this, review Table 4-2, which lists some of the common types of forces You will be dealing with many of these throughout your study of physics When analyzing forces and motion, it is important to keep in mind that the world is dominated by resistance Newton s ideal, resistance-free world is not easy to visualize If you analyze a situation and find that the result is different from a similar experience that you have had, ask yourself if this is because of the presence of resistance In addition, many terms used in physics have everyday meanings that are different from those understood in physics When talking or writing about physics issues, be careful to use these terms in their precise, scientific way.

Shuttle Engine Thrust The Space Shuttle Main Engines (SSMEs) each are rated to provide 16 million N of thrust Powered by the combustion of hydrogen and oxygen, the SSMEs are throttled anywhere from 65 percent to 109 percent of their rated thrust

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Physics is a branch of science that involves the study of the physical world: energy, matter, and how they are related Physicists investigate the motions of electrons and rockets, the energy in sound waves and electric circuits, the structure of the proton and of the universe The goal of this course is to help you understand the physical world People who study physics go on to many different careers Some become scientists at universities and colleges, at industries, or in research institutes Others go into related fields, such as astronomy, engineering, computer science, teaching, or medicine Still others use the problem-solving skills of physics to work in business, finance, or other very different disciplines

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Figure 1-1 Physicists use mathematics to represent many different phenomena a trait sometimes spoofed in cartoons

This chapter provided an introduction to several key parts of the Cocoa GUI experience, as well as a few examples of how the responder chain is used. These features are crucial to making a professional-quality Mac application. Mac users tend to be pretty unforgiving when applications use non-standard behaviors without a good reason, so it s important to know how to deal with windows and menus in ways that users will recognize. In the next chapter, we ll build on this knowledge as we explore Cocoa s classes for dealing with documents and their associated windows.

Physics uses mathematics as a powerful language As illustrated in Figure 1-1, this use of mathematics often is spoofed in cartoons In physics, equations are important tools for modeling observations and for making predictions Physicists rely on theories and experiments with numerical results to support their conclusions For example, think back to the Launch Lab You can predict that if you drop a penny, it will fall But how fast Different models of falling objects give different answers to how the speed of the object changes, or on what the speed depends, or which objects will fall By measuring how an object falls, you can compare the experimental data with the results predicted by different models This tests the models, allowing you to pick the best one, or to develop a new model

Electric Current The potential difference, or voltage, across a circuit equals the current multiplied by the resistance in the circuit That is, V (volts) I (amperes) R (ohms) What is the resistance of a lightbulb that has a 075 amperes current when plugged into a 120-volt outlet

Rewrite the equation Substitute values Known:

Unknown:

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