Carl Jung would likely label Ingrid, who is energized by crowds, enjoys socializing, and speaks loudly and quickly as an <u>b. extrovert</u>.
<h3>Who is an extrovert?</h3>
An extrovert has a gregarious and unreserved personality. An extrovert seeks out social interactions and enjoys such interactions at all times.
The personality traits of an extrovert include:
- Affability
- Openness
- Conscientiousness
- Extroversion
- Agreeableness
- Neuroticism.
Extroverts do not behave like their opponents, called introverts.
Extroverts do not struggle, unlike introverts, to break out of their personal spaces.
Thus, Carl Jung would likely label Ingrid, who is energized by crowds, enjoys socializing, and speaks loudly and quickly as an <u>b. extrovert</u>.
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<h3>Question Completion with Answer Options:</h3>
A. introvert
B. extrovert
C. arrogant
D)none of the above I hope is right answer
Determination because she is always working to be better
Continental drift is the geological phenomenon in which continents move. These movements at speeds of a few centimeters per year can actually be measured since the advent of satellite geodesy. The movement of continents is caused by plate tectonics.
Alfred Wegener noted at the beginning of the 20th century that the edges of some continents (particularly South America and Africa) are similar in shape, concluding that the continents were connected and separated before. The problem was that it was not known how huge land masses could move across the Earth's surface. Such a movement requires enormous power and it was not known where it came from.
Later it was known that, according to plate tectonics, the continents move as a result of convection currents in the mantle. They slowly move away from each other, bump into each other, slide under each other, or rub against each other. This causes various surface phenomena, such as earthquakes, volcanism, and slow changes, such as subsidence, mountain building and the displacement of continents.
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Answer:
Conservation of mechanical energy
Explanation:
Law of Conservation of Mechanical Energy: The total amount of mechanical energy, in a closed system in the absence of dissipative forces (e.g. friction, air resistance), remains constant.
In the absence of air resistance, the mechanical energy of an object moving through the air in the Earth's gravitational field, remains constant (is conserved) while the opposite is the case when there is air resistance involved.
