ssrs code 39

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absorption spectrum (751): The characteristic set of wavelengths absorbed by a gas, which can be used to identify that gas acceleration (59): The rate at which the velocity of an object changes acceleration due to gravity (72): The acceleration of an object in free fall, resulting from the influence of Earth s gravity; acceleration due to gravity on Earth, g, is 980 m/s2 toward the center of Earth accuracy (13): A characteristic of a measured value that describes how well the results of a measurement agree with the real value, which is the accepted value, as measured by competent experimenters achromatic lens (499): A combination of two or more lenses with different indices of refraction (such as a concave lens with a convex lens) that is used to minimize a chromatic aberration activity (810): The number of decays per second of a radioactive substance adhesive forces (350): The electromagnetic forces of attraction that particles of different substances exert on one another; responsible for capillary action alpha decay (806): The radioactive decay process in which an alpha ( ) particle is emitted from a nucleus alpha particles (748): Massive, positively charged atomic particles that move at high speed; are represented by the symbol ammeter (631): A low-resistance device connected in series that is used to measure the electric current in any branch or part of a circuit amorphous solid (359): A substance having a definite shape and volume, but lacking a regular crystal structure ampere (593): A flow of electric charge, or electric current, equal to one coulomb per second (1 C/s) amplitude (375): In any periodic motion, the maximum distance an object moves from equilibrium angular acceleration (199): The change in angular velocity divided by the time needed to make the change; is measured in rad/s2 angular displacement (198): The change in the angle as an object rotates angular impulse angular momentum theorem (234): States that the angular impulse on an object is equal to the change in the object s angular momentum angular momentum (233): The product of a rotating object s moment of inertia and its angular velocity; is measured in kg m2/s angular velocity (198): The angular displacement of an object divided by the time needed to make the displacement antenna (707): A wire designed to transmit or receive electromagnetic waves antinode (389): The point with the largest displacement when two wave pulses meet apparent weight (98): The force experienced by an object, resulting from all the forces acting on it, giving the object an acceleration Archimedes principle (354): States that an object immersed in a fluid has an upward force on it that equals the weight of the fluid displaced by the object armature (656): The wire coil of an electric motor, made up of many loops mounted on an axle or shaft; torque on an armature, and the motor s resultant speed, is controlled by varying the current through the motor atomic mass unit (800): A unit of mass, u, where u is equal to 166 10 27 kg atomic number (800): The number of protons in an atom s nucleus average acceleration (59): The change in an object s velocity.

In 16, we introduced you to blocks, an addition to C that Apple has come up with and included in Snow Leopard. We brought up blocks in the context of the concurrency features provided by Grand Central Dispatch, where blocks fit in really well, but there are many more uses for blocks. In Snow Leopard, Apple extended several Cocoa classes, adding dozens of new methods that take blocks as parameters. Let s take a look at some of them.

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during a measurable time interval, divided by that specific time interval; is measured in m/s2 average power (677): Half the maximum power associated with an alternating current average speed (44): How fast an object is moving; is the absolute value of the slope of an object s position-time graph average velocity (44): The change in position, divided by the time during which the change occurred; is the slope of an object s position-time graph

As you learned in 8, the angular velocity of a rotating object changes only if torque is applied to it This is a statement of Newton s law for rotational motion, I / t This equation can be rearranged in the same way as Newton s second law of motion was, to produce t I The left side of this equation, t, is the angular impulse of the rotating object The right side can be rewritten as f i The product of a rotating object s moment of inertia and angular velocity is called angular momentum, which is represented by the symbol L The angular momentum of an object can be represented by the following equation Angular Momentum L = I

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