The correlation between an asset's real rate of return and its risk (as measured by its standard deviation) is usually:
A nominal variable is a variable measured in current dollars (the value of the dollar for the specific period discussed), and a real variable is a variable measured in constant dollars (the value of the dollar for the base period). That is, a real variable adjusts for the effects of inflation.
a mudslide is measured by the feet and times it by every 2 feet
Deviation of the measured value from the true value of the variable being measured
Analysis of daily wages of workers in two organisations A and B yielded the following results: Organisation A B No. of workers 10 20 Average daily wages (Rs) 30 15 Variance 25 100
They rose less than in Britain, France, and Germany. Wages in both countries increased.
Deflation
Deflation
It simply means that if inflation increases and real wages stay the same, it will take you more money to buy the same amount of goods and services. Inflation affects real wages because it reduces your purchasing power, assuming your real wage stays the same.
an indication of an individual's actual purchasing power.
Real wages
an indication of an individual's actual purchasing power
From what I can remember it's: |R(measured)-R(real)|/(R(real))*100%
Increased by half
Real wages began to rise in England in the 1830s due to several factors. One of the key factors was the Industrial Revolution, which increased productivity and created more demand for workers. This led to higher wages as employers competed for labor. Additionally, labor legislation and organized labor movements also played a role in improving working conditions and negotiating better wages for workers.
Real GDP.
The correlation between an asset's real rate of return and its risk (as measured by its standard deviation) is usually: