Answer:
Option (C) is correct.
Explanation:
Nominal GDP:
= (No. of burgers sold × Selling price of each) + (No. of fries sold × Selling price of each)
= (4000 × 3) + (6000 × 1.5)
= 12,000 + 9,000
= $21,000
Real GDP (in 2008 prices)
= (No. of burgers sold × Selling price of each) + (No. of fries sold × Selling price of each)
= (4,000 × $2.50) + (6000 × $2)
= 10,000 + 12,000
= $22,000
GDP deflator:
= (Nominal GDP ÷ Real GDP) × 100
= (21000 ÷ 22000) × 100
= 95.45
Answer:
Nominal gross domestic product (GDP) measures the market value of all the new and legal goods and services produced in a country within a year. While real GDP adjusts nominal GDP to inflation. Since inflation is generally positive, real GDP decreases as inflation increases. The higher the inflation rate, the larger the difference between nominal and real GDP. Depending on which year is used as base year (year 0), the difference that existed in 2010 can be either significant or not.
The difference = ($14,657 / $13,245) - 1 = 10.66%, which means that nominal GDP was 10.66% higher than real GDP. If the base year is 2000 or even 2005/6, the difference is very small since the accumulated inflation would only be 10.66% for all these years. But if the base year was 2008 or even 2009, then the inflation rate is high.
Given:
Par value of the bond : 5,000
coupon rate of the bond: 5%
par value x coupon rate = annual interest
5,000 x 5% = 250 annual interest
Samuel will receive an annual interest of $250 until the bond reaches maturity, or he sells the bond to someone else.
Regardless of the changes in bond prices in the market, Samuel will always receive a fixed annual interest of 250 from his bond.
Answer:
Structural unemployment
Explanation:
James is going throughout a non voluntary unemployment because there is a "gap" between his skills and the market demanded skills. To minimize this gap, James should improve his skills sets, or take a job with less requirements
