A line graph would be a great choice for such data.
<h3>What is a line graph?</h3>
A line graph illustrates the relationship or variation between two variables that are displayed on the x- and y-axes. It is mainly used for tracking changes over short and long periods.
<h3>Why line graphs are useful in such cases?</h3>
Since line charts typically employ a series of data points connected by straight lines on two axes to depict changes over time. In light of the fact that one set of data is always dependent on the other, line charts are useful for analyzing the relationship between two sets of values.
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The answer is: As close to the antecedent as possible<span>
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<em>Cattle drives </em><span><em> were a major economic activity in the 19th-century American West, particularly between 1866 and 1886, when 20 million cattle were herded from texas</em></span><span><em> to </em></span><em>railheads</em><span><em> in </em></span><span><em>kansas for shipments to stockyards in </em></span><em>chicago</em><span><em> and points east.</em>
<em> Hope this helps:)</em></span>
This is an example of psychological conditioning. When a stimulus (a flash of light) is paired with a consequence (an electric shock), the subject has a particular behaviour (pulling the finger away). After enough repetition, the subject will learn to associate the two, and the stimulus will be enough to motivate the behaviour, even when no consequence is present.
After several trials without the consequence, the subject will again dissociate the stimulus from the behaviour, and will go back to his pre-study pattern, in a process called extinction.
