Answer: C
Explanation:In economics, a backward-bending supply curve of labour, or backward-bending labour supply curve, is a graphical device showing a situation in which as real (inflation-corrected) wages increase beyond a certain level, people will substitute leisure (non-paid time) for paid worktime and so higher wages lead to a decrease in the labour supply and so less labour-time being offered for sale.[1]
The "labour-leisure" tradeoff is the tradeoff faced by wage-earning human beings between the amount of time spent engaged in wage-paying work (assumed to be unpleasant) and satisfaction-generating unpaid time, which allows participation in "leisure" activities and the use of time to do necessary self-maintenance, such as sleep. The key to the tradeoff is a comparison between the wage received from each hour of working and the amount of satisfaction generated by the use of unpaid time.
Such a comparison generally means that a higher wage entices people to spend more time working for pay; the substitution effect implies a positively sloped labour supply curve. However, the backward-bending labour supply curve occurs when an even higher wage actually entices people to work less and consume more leisure or unpaid time.
Answer:
One of the most famous and prolific inventors of all time, Thomas Alva Edison exerted a tremendous influence on modern life, contributing inventions such as the incandescent light bulb, the phonograph, and the motion picture camera, as well as improving the telegraph and the telephone.
Explanation:
Answer:
Study of new international labour market.
Mobilization of foreign employment welfare fund.
Work on agreement with different country.
Conduct various foreign employment orientation programmes.
Broadcast programs about foreign employment awareness through radio, TV, newspaper, etc.
Answer:
I think that westward expansion made America look power hangry and land hangry, also ruthless because of the native Americans they were forcing out of their Holmes.
<u>The correct answer is</u>
The Sun itself is hotter (more fusion) in June than in December.
The Earth is closer to the Sun in June than in December
