in my opinion, I wouldn't use any of them, it's only best if you use the book itself. Both the website and the college paper are formed on people's opinions. If this was something that was given to you as a test question, your best bet would be the college paper. The college paper would be filled with Shakespeare's theme and symbolism and some of these themes that he uses are usually not easy to find, especially is your reading the modern version.
When making a turn, you must signal continuously for at least 100 ft before reaching the intersection.
Goals<span> that take a </span>long<span> time to achieve are called </span>long-term goals<span>. Find out more about them. A </span>short-term goal<span> is something you want to do in the near future. The near future can mean today, this week, this month, or even this year.</span>
The situation described is an example of classical conditioning because a stimulus (Scut Farkas laughs) causes a specific reaction (fear in the other characters)
<h3>What is classical conditioning?</h3>
Classical conditioning is a scientific theory that focused on the study of a type of associative learning developed by Ivan Pávlov.
Classical conditioning posits that an external stimulus can generate a specific response in an individual or group depending on whether it has associated both factors, for example:
- A dog makes a response (in this case, salivation) to a stimulus (the bell indicating food). The next time he heard the bell, regardless of whether it was attached to the food, he would begin to salivate.
Based on the above, it can be inferred that the situation described is an example of classical conditioning because the characters associate Scut Farkas' laughter with a feeling of fear.
Learn more about classical conditioning in: brainly.com/question/17583598
Answer:
Last Option
Explanation:
I'm not sure about this one so I had to google the equation real quick.
The equation for the derivative of an inverse is:
![[f^{-1}(x)]'=\frac{1}{f'(f^{-1}(x))}](https://tex.z-dn.net/?f=%5Bf%5E%7B-1%7D%28x%29%5D%27%3D%5Cfrac%7B1%7D%7Bf%27%28f%5E%7B-1%7D%28x%29%29%7D)
From my understanding of the format, it might look like a hard equation to understand but its pretty simple.
The inverse derivative is 1 divided by the derivative of f(x), except you plug in f⁻¹(x) into that derivative.
