We have come to a certain time in which most of what we do are basically based on what we see, hear, and observe from other through the social media, the mass media, and other influential groups. I admit, I am one of those easily influenced by the mentioned media. However, it is really up to us to stand firm on our beliefs and never waver even in times when our principles are put to test.
Answer:
<em>All galaxies contain groups of stars and other material held together by gravity.</em>
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<u>Answer:</u>
Telemarketers know that anyone who agrees to listen to a pitch is more likely to buy the product, thanks to the foot-in-the-door phenomenon.
<u>Explanation:</u>
- 'Foot-in-the-door phenomenon' is the phenomenon of persuading someone to agree upon a big request after them 'agreeing to a small request'.
- This phenomenon is based on a principle that when a person agrees upon a small request, there is development of bond between the requester and request.
- This development of bond will help the requester to make request agree upon his request.
- In the above case, if a person agrees to listen to the polite pitches of telemarketers, there is agreement on small request and the probability to buy a product will increase because there is development of bond between them.
Answer:
Scientific Model
Explanation:
A scientific model is a common term in scientific experimentation or research, which is used to describe a particular phenomenon or situation, by using something else to represent it, thus, it helps in understanding the concept in a easier way.
A scientific model are in various forms, such as visual model, mathematical models or computer models.
The purpose of scientific model is to make the actual thing, phenomenon or situation that is being modelled easier to understand. This helps in using the model to understand how and why a situation occurs, and predict what happens in future.
For example, using predictive models, to predicting or make weather forecast, that is what will happen as our climate changes would be easier to understand, if we could make a fully accurate model of the atmosphere.