<span>The marginal propensity to consume is a metric
that quantifies the concept of increase in consumption with an increase in
income. Mathematically MPC is defined as:</span>
MPC = Change in consumption / Change in income
Purchase of goods and services is considered as
consumption, therefore:
Change in consumption = $16 billion
In the government’s perspective, taxes are
considered as income, therefore the problem ask us to find for the necessary change
in tax collection to maintain equilibrium GDP. Substituting the values in the
formula:
0.80 = $16 billion / Change in income
Change in income = $20 billion
<span>Therefore the government should increase the tax collection by $20
billion.</span>
The type of overhead costing system that would be the best fit for Lunker is: Traditional costing system using design hours as the basis for allocation.
<h3>What is the Traditional Costing System?</h3>
The traditional costing system is a method applied in accounting that aims at determining the cost of production. One driver is assigned as the basis of allocation.
In the case of Lunker Lures above, the driver that is used as the basis of allocation should be design hours.
Learn more about the Traditional Costing System here:
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Answer:
A minimum wage exists so that when people are looking up their career field they see what they should get paid.
Explanation:
The market price of a security is $50. Its expected rate of return is 14%, and the market price of the security is mathematically given as
MR=27.368
<h3>What will be the market price of the security if its correlation coefficient with the market portfolio doubles?</h3>
Generally, the equation for expected rate return is mathematically given as
RR=(Rf+beta*(Rm-Rf)
Therefore
RR=(Rf+beta*(Rm-Rf)
Beta= (13-7)/8
Beta=0.75
In conclusion, the market price of a security
MR=DPs/RR
Where
Po=DPS/RR'
DPS=40*0.13
DPS=$5.23
and
RR=&+1.5*8
RR=19%
Hence
MR=$5.23/0.19
MR=27.368
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Answer:
$19
Explanation:
Marginal revenue is the change in revenue when production increases by one unit
Marginal revenue = change in total revenue / change in quantity produced
total revenue 1 = $30 x 10 = $300
Total revenue 2 = $29 x 11 = $319
change in total revenue = $319 - $3000 = $19
Change in quantity produced = 11 - 10 = 1
Marginal revenue = $19 / 1 = 19
