Answer with Explanation:
"Railroads" played a vital role regarding empire-building in<em> Afro-Eurasia.</em> They became essential especially during the "Age of New Imperialism" <em>(1870s). </em>It aided the locomotion that was needed for great empires. <u>Europe became more powerful</u> because the <em>railroads, together with money</em>, allowed them to control other countries, especially the agrarian ones.
It allowed them to gain control of <em>other nation's</em><em> natural resources </em>as well. One example of this are the "trunk lines" which connect the commercial centers with the seaports in Africa. This allowed the <em>gold fields</em> and<em> diamond fields</em> to be directly connected to the port. This were then destined to the <em>factories </em>and <em>markets</em> in Europe. The railways (locomotives) also extended to other areas including Asia such as <em>China, Thailand, India, etc</em>.
The learned response to a conditioned stimulus is: D. CR.
<h3>What is
classical conditioning?</h3>
Classical conditioning can be defined as a learning process which typically involves repeatedly pairing two stimuli, which include the following:
In classical conditioning, a response which is at first brought forth by the second stimulus would later be brought forth by the first stimulus alone.
This ultimately implies that, classical conditioning is a process through which a living organism can learn how to associate stimuli and as a result anticipating events.
In this context, we can infer and logically deuce that the learned response to a conditioned stimulus is conditioned response (CR).
Read more on conditioned response here: brainly.com/question/24868138
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a driver has at the most 10 days
Answer:
I would say true
Explanation:
its very important to know how to spend your money wisely and efficiently, and if you knew how to make hard choices about it, it would be a lot easier to use.
Answer:
E. 520
Explanation:
Dimension of the rectangular region:
Length = 85 ft
Width = 175 ft
Length of the fence around along the perimeter of the park = 2(length + width)
Total length of the fence = 2(85 + 175)
= 2(260)
Total length of fence = 520 ft
