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Consider the diver in Figure 9-4 How does she start rotating her body She uses the diving board to apply an external torque to her body Then, she moves her center of mass in front of her feet and uses the board to give a final upward push to her feet This torque acts over time, t, and thus increases the angular momentum of the diver Before the diver reaches the water, she can change her angular velocity by changing her moment of inertia She may go into a tuck position, grabbing her knees with her hands By moving her mass closer to the axis of rotation, the diver decreases her moment of inertia and increases her angular velocity When she nears the water, she stretches her body straight, thereby increasing the moment of inertia and reducing the angular velocity As a result, she goes straight into the water An ice-skater uses a similar method to spin To begin rotating on one foot, the ice-skater applies an external torque to her body by pushing a portion of the other skate into the ice, as shown in Figure 9-5 If she pushes on the ice in one direction, the ice will exert a force on her in the opposite direction The force results in a torque if the force is exerted some distance away from the pivot point, and in a direction that is not toward it The greatest torque for a given force will result if the push is perpendicular to the lever arm The ice-skater then can control his angular velocity by changing her moment of inertia Both arms and one leg can be extended from the body to slow the rotation, or pulled in close to the axis of rotation to speed it up To stop spinning, another torque must be exerted by using the second skate to create a way for the ice to exert the needed force.

Figure 9-5 To spin on one foot, an ice-skater extends one leg and pushes on the ice The ice exerts an equal and opposite force on her body and produces an external torque

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band theory (776): The theory that electric conduction in solids can be better understood in terms of valance and conduction bands separated by forbidden energy gaps battery (592): A device made up of several galvanic cells connected together that converts chemical energy to electric energy beat (418): The oscillation of wave amplitude that results from the superposition of two sound waves with almost identical frequencies Bernoulli s principle (357): States that as the velocity of a fluid increases, the pressure exerted by that fluid decreases beta decay (806): The radioactive decay process in which a neutron is changed to a proton within the nucleus and a beta ( ) particle and antineutrino are emitted binding energy (802): The energy equivalent of the mass defect; is always negative buoyant force (354): The upward force exerted on an object immersed in a fluid

NSArray *array = [NSArray arrayWithObjects:@"one", "two", @"three"]; // C-style enumeration int i; for (i = 0; i < [array count]; i++) { NSLog(@"C enumeration accessing object: %@", [array objectAtIndex:i]); } // NSEnumerator, the "classic" Cocoa way to enumerate

capacitance (577): The ratio of an object s stored charge to its electric potential difference capacitor (577): An electric device used to store charge that is made up of two conductors separated by an insulator center of mass (211): The point on the object that moves in the same way that a point particle would move centrifugal force (216): The apparent force that seems to pull on a moving object, but does not exert a physical outward push on it, and is observed only in rotating frames of reference centripetal acceleration (153): The center-seeking acceleration of an object moving in a circle at a constant speed centripetal force (154): The net force exerted toward the center of the circle that causes an object to have a centripetal acceleration chain reaction (812): Continual process of repeated fission reactions caused by the release of neutrons from previous fission reactions charging by conduction (547): The process of charging a neutral object by touching it with a charged object charging by induction (548): The process of charging an object without touching it, which can be accomplished by bringing a charged object close to a neutral object, causing a separation of charges, then separating the object to be charged, trapping opposite but equal charges chromatic aberration (499): A spherical lens defect in which light passing through a lens is focused at different points, causing an object viewed through a lens to seem to be ringed with color circuit breaker (627): An automatic switch that acts as a safety device in an electric circuit by opening and stopping the current flow when too much current flows through a circuit closed system (236): A system that does not gain or lose mass

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