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A Particle Moves East at Constant Velocity for a Time

question 8

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A particle moves east at constant velocity A particle moves east at constant velocity   for a time interval   t. It then moves north at a constant velocity, with the same speed as before, for another time interval   t Finally it moves east again with the original velocity. At the instant an additional time interval   t has elapsed, which of the following are true about the average velocity and the average acceleration for the motion described? A)  The average velocity is   and the average acceleration is zero. B)  The average velocity is   and the average acceleration is not zero. C)  The average velocity is not   and the average acceleration is zero. D)  The average velocity is not   and the average acceleration is not zero. for a time interval A particle moves east at constant velocity   for a time interval   t. It then moves north at a constant velocity, with the same speed as before, for another time interval   t Finally it moves east again with the original velocity. At the instant an additional time interval   t has elapsed, which of the following are true about the average velocity and the average acceleration for the motion described? A)  The average velocity is   and the average acceleration is zero. B)  The average velocity is   and the average acceleration is not zero. C)  The average velocity is not   and the average acceleration is zero. D)  The average velocity is not   and the average acceleration is not zero. t. It then moves north at a constant velocity, with the same speed as before, for another time interval A particle moves east at constant velocity   for a time interval   t. It then moves north at a constant velocity, with the same speed as before, for another time interval   t Finally it moves east again with the original velocity. At the instant an additional time interval   t has elapsed, which of the following are true about the average velocity and the average acceleration for the motion described? A)  The average velocity is   and the average acceleration is zero. B)  The average velocity is   and the average acceleration is not zero. C)  The average velocity is not   and the average acceleration is zero. D)  The average velocity is not   and the average acceleration is not zero. t Finally it moves east again with the original velocity. At the instant an additional time interval A particle moves east at constant velocity   for a time interval   t. It then moves north at a constant velocity, with the same speed as before, for another time interval   t Finally it moves east again with the original velocity. At the instant an additional time interval   t has elapsed, which of the following are true about the average velocity and the average acceleration for the motion described? A)  The average velocity is   and the average acceleration is zero. B)  The average velocity is   and the average acceleration is not zero. C)  The average velocity is not   and the average acceleration is zero. D)  The average velocity is not   and the average acceleration is not zero. t has elapsed, which of the following are true about the average velocity and the average acceleration for the motion described?


Definitions:

Matching Law

A principle in behavioral psychology stating that the proportion of responses on a particular schedule matches the proportion of reinforcers obtained on that schedule.

Maximization Theory

The principle that decision-makers aim to make choices that result in the highest possible benefit or utility.

Behavior Allocation

The distribution of behavioral responses across different situations or stimuli, often influenced by variable reinforcement schedules.

1:2 Contingency

A specific reinforcement schedule where one behavior is reinforced every second time it occurs.

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