Answer:
c) roadway
Explanation:
roadways are the portion of a highway that is usually used by cars when traveling, and are usually designed with that in mind
which approach to personality forcuses on describing individual differences?
The approach to personality that focuses on describing individual differences is known as the trait approach.
The trait approach to personality emphasizes identifying and measuring specific traits or characteristics that vary among individuals.
It seeks to understand and categorize these traits to describe and explain differences in people's behavior, thoughts, and emotions.
Trait theorists believe that individuals possess stable and enduring traits that influence their behavior across different situations.
Traits are typically assessed through self-report questionnaires or observations, and researchers aim to identify and define a set of fundamental traits that capture the key dimensions of personality variation.
Trait theories, such as the Big Five model (which includes traits of openness, conscientiousness, extraversion, agreeableness, and neuroticism), focus on identifying and measuring these traits to understand and describe individual differences in personality.
This approach provides a framework for organizing and understanding the unique combination of traits that individuals possess and how they contribute to their behavior and psychological functioning.
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recent work with type i supernovae at great distances suggests the universe may in fact be accelerating its expansion, a discovery attributed to a newly found:
Dark energy is an undiscovered form of energy that is believed to exist throughout space and contribute to the ongoing expansion of the universe.
It is referred to as "dark" because it does not interact with electromagnetic radiation, making it challenging to directly observe.
The identification of dark energy is attributed to the observation of distant type I supernovae, which are explosive events that occur in binary star systems.
Through measurements of the supernovae's distance and brightness, scientists obtained compelling evidence indicating that the universe's expansion is not decelerating, as previously believed, but instead accelerating.
This unexpected acceleration led to the development of the hypothesis that dark energy counteracts the gravitational force exerted by matter, thereby driving the expansion to accelerate.
While dark energy is presumed to constitute a significant proportion of the universe's total energy content, its precise nature and origin remain unknown.
The discovery of dark energy has had momentous implications for our comprehension of the universe's evolution, instigating further investigation into its properties and its impact on cosmic expansion.
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