The long-run aggregate supply curve will shift to the right if a given economy experiences technological advancements.
<h3>What is the aggregate supply curve?</h3>
The aggregate supply curve is a graphical representation that makes reference to all processes that add value to the productive chain.
The aggregate supply curve is mainly influenced by technological inputs that increase productivity.
In conclusion, the long-run aggregate supply curve will shift to the right if a given economy experiences technological advancements.
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These are the complete sentences using Spanish possessive adjectives:
- El carro tuyo es azul. <u>El mio</u> es rojo.
- El televisor nuestro es pequeño. <u>El suyo</u> es grande.
- La impresora mía es rápida. <u>La suya</u> es lenta.
- La computadora suya es vieja. <u>La tuya</u> es nueva.
- Los teléfonos suyos son caros. <u>Los nuestros</u> son baratos.
<h3>What are possessive adjectives?</h3>
In this exercise, you have to rewrite the sentences using Spanish possessive adjectives, which are the adjectives that indicate who or what possesses something.
These are the possessive adjectives used in the sentences:
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Answer:
-2
Explanation:
u borrow 20 and pay back with 18. What would be left in the credit is 2. So it is therefore -2
Answer:
confidence coefficient for 99% is 2.58
2.58 * 19.4/sqrt(n) = 0.04
2.598*19.4/0.04 = sqrt(n)
( 2.598*19.4/0.04)^2 = n
1587676
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confidence coefficient for 90% is 1.64
(1.64*19.4/0.04)^2 = 632661.16
Answer:
The first law describes how thermal energy is conserved but not the direction it moves.
Thermodynamics is demonstrated as the branch of physics that deals with the associations or relationships between heat and other energy forms like mechanical, chemical, and electrical).
As per the question, the first law discusses that heat is a kind or form of energy and thus, processes associated with thermodynamics are subject to energy conservation principle. Therefore, heat energy can neither be destroyed nor created but rather transferred to one place to another and converted to and from other energy forms.
Thus, the first law of thermodynamics is distinct from the second law as 'the former describes how thermal energy can be conserved to and from other forms of energy and not the direction in which it moves' while the second law focuses on entropy.
Explanation: