Answer and Explanation:
Given:
μ = 75 million
SD = 17 million
Probability (x) raw data = 110 million
Computation:
= Probability (x) < 110 million
= Probability [(x-μ) / SD] < [(110 - 75) / 17]
[(x-μ) / SD] = Z
= Probability [z] < [(35) / 17]
= Probability [z] < [2.05882353]
Using z calculator:
P-value from Z-Table:
Z score = 0.98024
Therefore, probability is 0.98024
The CPU is sometimes considered the "brain" of the computer
Answer:
consumption, investment, government purchases, and net exports.
Explanation:
The Gross Domestic Products (GDP) is the measure of the total market value of all finished goods and services made within a country during a specific period.
Simply stated, GDP is a measure of the total income of all individuals in an economy and the total expenses incurred on the economy's output of goods and services in a particular country. The Gross Domestic Products (GDP) of a country's economy gives an insight to it's social well-being.
Basically, the four major expenditure categories of GDP are consumption, investment, government purchases, and net exports.
Answer:
coefficient = 0
Explanation:
We have the formula to calculate the price elasticity of demand as following:
<em>Elasticity coefficient = % Change in quantity/ % Change in price</em>
As given:
+) The percentage change in price is: (120-150)/150= - 20%
+) The quantity bought remains unchanged - which means the percentage change in quantity demanded is 0%
=> <em>Elasticity coefficient = % Change in quantity/ % Change in price</em>
<em>= 0/-20 = 0</em>
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<em>So the coefficient of price elasticity of demand in this example would be 0</em>
