The two (2) kind of evidences that President Bill Clinton included in his speech titled "First Inaugural Address" are:
1. Details.
2. Facts.
A speech can be defined as a type of literary non-fiction that is written about a specific subject and presented to an audience. Thus, it is a formal and well thought out talk on a specific subject that is presented by a speaker to an audience.
According to purpose, there are three (3) main types of speech and these include:
- Expository (informative) speech
An inaugural address is an example of an expository (informative) speech that is written and presented by a leader or president to formally inform the people (audience) of their intentions and vision as a president (leader). Thus, an inaugural address must comprise details and facts.
In this context, the two (2) kind of evidences that President Bill Clinton included in his speech titled "First Inaugural Address" as the 42nd president of the United States of America are:
1. Details.
2. Facts.
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The statement that describes a gothic element in this excerpt is C. The narrator is dismissed by her superiors when she asks questions about an occurrence that may have been supernatural.
Gothic elements were popular in the 18th century. Some of their characteristics include haunted homes, powerful love, romance, supernatural beings, etc.
The gothic element that can be seen in the excerpt is when the narrator is dismissed by her superiors when she asks questions about an occurrence that may have been supernatural.
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Based on the calculations, a good approximation for x when f(x) = 30 is equal to: B. 20.
<h3>How to write the equation?</h3>
Based on complete information, the equation for the line of best fit for the set of values in the table is given by this function below:
f(x) ≈ 1.8x - 5.4
Thus, a good approximation for x when f(x) = 30 would be determine by substituting the value of f(x) with 30 as follows:
30 = 1.8x - 5.4
30 + 5.4 = 1.8x
35.4 = 1.8x
x = 35.4/1.8
x = 20.
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<u>Complete Question:</u>
The equation for the line of best fit is f(x) ≈ 1.8x − 5.4 for the set of values in the table. Using the equation for the line of best fit, what is a good approximation for x when f(x) = 30?
A. 14
B. 20
C. 45
D. 54
The speed of the ball 0.60 seconds after it is released is 6.8 m/s.
Newton's law of motion is given by:
v = u + gt
where v is the final velocity, u is the initial velocity, g is the acceleration due to gravity and t is the time.
Given that:
u = 0.8 m/s, g = 10 m/s², t = 0.6s. Hence:
v = 0.8 + 10(0.6)
v = 6.8 m/s
Therefore the speed of the ball 0.60 seconds after it is released is 6.8 m/s.
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The options to fill in the gaps for the Long-run macroeconomic equilibrium are:
- equals
- intersects as a point on
<h3>What is macroeconomic equilibrium?</h3>
Macroeconomic equilibrium is an equilibrium situation that occurs when the quantities of the real GDP demanded equals the real GDP supplied at the point of intersection of the AD curve and the AS curve.
Long-run macroeconomic equilibrium occurs when aggregate demand equals short-run aggregate supply and they intersects as a point on the long-run supply curve.
In conclusion, Long-run macroeconomic equilibrium results in equilibrium of demand and supply of GDP.
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