Elastic.
This is
the formula for elasticity:
Elasticity
= (Quantity variation/Quantity)/(Price variation/Price)
Inelastic
demand is the one in which a variation in price doesn’t lead to an important
variation in the quantity bought by consumers. So, in the formula, numerator is
much smaller than denominator, so the fraction is lower than 1. That happens
with necessary goods (typically, food).
On the
contrary, elastic demand is the one in which a variation in the price leads to
an important variation in the quantity bought by consumers, and that means the
fraction is higher than 1. So if I sell the product at a lower price, I will
sell much more product.
Considering the formula:
R = P*Q, when demand is elastic,
I will
have much more sold quantity with just a little lower price, which leads to a higher
revenue.
His reaction best illustrates the importance of <u>stress appraisal</u>.
<u>Explanation</u>:
Stress appraisal explains how the individuals handle and cope with the stressful event. The individuals are monitored and evaluated on how they handle the situation or event. The reaction of the people may differ on how they understand the happening.
The person undergoing stress may be emotional and the outcomes of the person depend on the level of the stress he/she is undergoing. The person with stress may feel tensed, angry and frustrated.
Answer:
Option A
Total interest = 9.5% x $1,000 x 3 years = $285
Option B
total interest = 7.25% x $1,000 x 4 years = $290
Option C
Total interest = 5.5% x $1,000 x 8 years = $440
Option D
Total interest = 6% x $1,000 x 6 years = $360
Option c will cost the company the most in total interest over the life of the bond
Explanation:
In this case. the total interest over the life of the bonds is calculated. The total interest is a function of interest rate, par value of the bonds and number of years to maturity. A par value of $1,000 is assumed in this respect.
Answer:
b. $0.
Explanation:
We need to find the expected value of the gamble which is compared to $700. Given that there is apartments where 70 percent rent for $700 per month, 20 percent rent for $600 per month, and 10 percent rent for $500 per month. The cost to Alex of searching for an apartment is $40.
Expected cost of searching the next apartment = 700*0.7 + 600*0.2 + 500*0.1 + 40 = $700.
Now the first apartment has a rent of $700 and the expected cost of searching the next apartment is also $700. This implies the gamble has an expected value of $0 and Alex is indifferent between searching or non searching.
