Answer:
C
Explanation:
Everything in life is an expense for me
Answer:
car
Explanation:
Based on various studies conducted in regards to environmental safety and global-warming gases it is said that the energy consumed by a computer is estimated to produce as much as 10% of the amount of carbon dioxide produced by a car. Since a car produces roughly 4.6 metric tons of carbon dioxide per year. It seems that the energy consumption for computers is creating an approximated 0.46 metric tons of carbon dioxide a year.
Answer:
The correct answer is a. more elastic demands.
Explanation:
There are some goods whose demand is very price sensitive, small variations in their price cause large variations in the quantity demanded. It is said of them that they have elastic demand. The goods that, on the contrary, are not sensitive to price are those of inelastic or rigid demand. In these large variations in prices can occur without consumers varying the quantities they demand. The intermediate case is called unit elasticity.
The elasticity of demand is measured by calculating the percentage by which the quantity demanded of a good varies when its price varies by one percent. If the result of the operation is greater than one, the demand for that good is elastic; If the result is between zero and one, its demand is inelastic.
The factors that influence the demand for a good to be more or less elastic are:
1) Type of needs that satisfies the good. If the good is of first necessity the demand is inelastic, it is acquired whatever the price; On the other hand, if the good is luxurious, the demand will be elastic since if the price increases a little, many consumers will be able to do without it.
2) Existence of substitute goods. If there are good substitutes, the demand for good will be very elastic. For example, a small increase in the price of olive oil can cause a large number of housewives to decide to use sunflower.
Answer:
The correct answer is 5%.
Explanation:
According to the scenario, the computation of the given data are as follows:
We can calculate the growth rate by using following formula:
Growth rate = (Dividend of 3rd year ÷ Dividend of 1st year)^1/2 -1
By putting the value in the formula, we get
Growth rate = ($4.41 ÷ $4 )^1/2 - 1
= ( $0.41)^1/2 -1
= 0.05 or 5%
Expectations, categorization, inferences, maintenance.
Categorization, inferences, expectations, maintenance.
Inferences, categorization, expectations, maintenance.
Categorization, expectations, inferences, maintenance
