Answer:
The correct answer is: substitution effect.
Explanation:
The price of a product is inversely related to the quantity demanded. This implies that an increase in the price will cause the quantity demanded to decrease and vice versa.
The consumers always prefer a cheaper substitute. So in case of a price rise of a product, the consumers will move to a substitute at lower price.
If there is a fall in the price of the product, the consumers will move away from the substitute to the product.
This is known as the substitution effect.
Answer:
lower per capita real gross domestic product (GDP) growth rates allow for less spending on automobiles.
Explanation:
Gross Domestic Products (GDP) is a 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.
Generally, the Gross Domestic Products (GDP) of a country's economy gives an insight to the social well-being of the country, such as;
Adjusting the Real gross domestic product (Real GDP) for price level changes by using a price index. This simply means, Real GDP is adjusted for inflation to measure the value of goods and services produced by a country in a specific period of time.
Mathematically,
Hence, residents of poor countries tend to have fewer automobiles per capita because lower per capita real gross domestic product (GDP) growth rates allow for less spending on automobiles.
The international monetary fund established special drawing rights as the replacement for gold as a world standard. International monetary fund helps countries in balancing their economies by letting states to borrow against their deposits of financial reserves and repay the loans in subsequent years.
Answer:
For correlation 1 the standard deviation of portfolio is 0.433.
For correlation 0 the standard deviation of portfolio is 0.3191.
For correlation -1 the standard deviation of portfolio is 0.127.
Explanation:
The standard deviation of a portfolio is computed using the formula:

(1)
For <em>r</em> = + 1 compute the standard deviation of portfolio as follows:

Thus, for correlation 1 the standard deviation of portfolio is 0.433.
(2)
For <em>r</em> = 0 compute the standard deviation of portfolio as follows:

Thus, for correlation 0 the standard deviation of portfolio is 0.3191.
(3)
For <em>r</em> = -1 compute the standard deviation of portfolio as follows:

Thus, for correlation -1 the standard deviation of portfolio is 0.127.
Answer:
1,081,000
Explanation:
Here we will use the formula
Material Purchase = Beginning raw material - (Ending raw material + raw material used)
by applying this formula we can calculate Material purchased.
= 547,000 - (610,000+1,018,000)
= 1,081,000