Answer:
Part A:
Labur Productivity:
For US=5.14, LDC=1.35
Capital Productivity:
For US=1.72 LDC=4.31
Part B:(Multi factor productivity)
For US=1.29 LDC=1.03
Part C: (Raw material productivity)
For US=4.90 LDC=10.02
Explanation:
Part A:
Labur Productivity:
For US:
For LDC:
Capital Productivity:
For US:
For LDC:
Part B:
For US:
For LDC:
Part C:
For US:
ForLDC:
Converting Raw material FC into $ (1$=10FC)
Raw Material =19550/10=$1955
Answer:
B. Δk = sf(k) – (δ + n)k.
Explanation:
The Solow Growth Model, developed by Robert Solow, a Nobel Prize winning economist. It was the first neoclassical growth model which was was built upon the Keynesian Harrod-Domar model. The modern theory of economic growth is given by the Solow Model.
The equation below gives us the change in capital stock per worker with population growth at rate n;
Δk = sf(k) – (δ + n)k.
Where k: capital stock per worker in period t
s: savings rate
δ: rate of depreciation of capital
n: labor or number of workers
sf(k): savings per capita multiplied by a fraction of income saved.
In relation to market sizing, matters tend to be a bit simpler for b2b sellers as compared to b2c dealers.
The "marketplace sizing" is made from the entire wide variety of capacity shoppers of a service or product inside a given market, and the entire revenue that these sales might also generate. it's crucial to calculate and understand marketplace size for several reasons.
Market sizing research affords insights into market funding decisions and ambitions to discover the ability of a marketplace in terms of length and profitability.
Everyday market length (NMS) is the minimum range of stocks that market makers ought to deal with in a transaction for that specific stock at a specific charge. normal market length way that there may be an assured bid and offer in the inventory to maintain expenses and trades flowing.
Learn more about market sizing here: brainly.com/question/13859545
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Answer:
Real GDP per capita can increase or decrease when Real GDP increases
Explanation:
Real GDP per capita is calculated by dividing Real GDP by the number of people in a country. Therefore:
- If population increase more quickly than the increase in real GDP, then real GDP per capita would decrease.
- If population decreases, stays the same or increases more slowly as Real GDP increases, then real GDP per capita would increase.
