<span>I believe that the groups that are most likely to exhibit the most favorable patterns of achievement would be the groups that have the closer family ties, or the groups that had the smaller classes where one on one contact could be initiated.</span>
Answer:
I can infer that the person in this story is a female, that she is doing a performance, and that she succeeds.
Explanation:
1.) I can infer that she is a female because it says, " SHE spins" and " leaving in HER wake"
2.)I can infer that she is doing a performance because it says, " she spins, through the air, lands on the mat, rolls, springs" These are things that gymnast do in their performances.
3) I can infer that she succeeds because it says," The thunder, of applause" People applause when someone does a good job in whatever they are doing
That's all, Hope it helps you!
Answer:
The answer is (A) Narcissism.
Explanation:
Althought the lines between narcissism and self-confidence might be blurry, the difference is that a narcissist mostly thinks of himself (and that's why Seth spends all of his money in expensive or excessive pleasures), whereas a self-confident person might take their personal relationships into account.
In other words, narcissists think they need to be the best at everything, and only care about their personal enjoyment or development.
The answer would be Density.
Entropy is a system's propensity to lose its ability to grow old and become obsolete.
Entropy is a crucial idea in physics and chemistry, and it can also be used in fields like cosmology and economics. It is a component of thermodynamics in physics. It is a fundamental idea in physical chemistry, the study of chemistry.
Key Learnings: Entropy
Entropy is a metric for a system's unpredictability or disorder.
The mass of a system affects the value of entropy. It has units of joules per kelvin and is represented by the letter S.
The value of entropy can be either positive or negative. The entropy of a system can only go down if the entropy of another system goes up, according to the second law of thermodynamics.
to know more about entropy
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